<?xml version="1.0" encoding="ISO-8859-1"?>

<!-- 
********************************************************************  
vN data from DURHAM (Mike Whalley et al.)                       
            url: http://h2.phyip3.dur.ac.uk/hepdata/online/neutrino/   

Part of these data was provided by                                    
 o the K2K collaboration: .........Makoto Sakuda et al.                      
 o the Mini-BooNE collaboration: ..Sam Zeller et al.                  
 o the MINOS collaboration: .......Hugh Gallagher et al.                   

XML-izers: Costas Andreopoulos and Hugh Gallagher
********************************************************************  
-->

<nuscat_data version="0.01" update="2003-08-19">

   <!-- ********************************************************************* -->
   <!-- ************************ [GARGAMELLE] ******************************* -->
   <!-- ********************************************************************* -->

   <experiment name="Gargamelle">
	
        <exp_info>
           Comments for Gargamelle experiment @ CERN

           <facility>                   CERN                   </facility>
           <detector>                   Bubble Chamber         </detector>
           <target>                     Propane-Freon          </target>
           <exposure units="kgr*yr">                           </exposure>
           <year>                       1973 - 1981            </year>
           <beam>                       nu_mu - nu_mu_bar      </beam>
           <E frame="lab" units="GeV">  2 - 10                 </E>
        </exp_info>

        <flux_spectrum beam="nu_mu" flux_units="" E_units="GeV" E_frame="lab">
          
        </flux_spectrum>

        <flux_spectrum beam="nu_mu_bar" flux_units="" E_units="GeV" E_frame="lab">
	
        </flux_spectrum>



        <!-- GARGAMELLE - nu_mu total xsec - Eichten et al., Phys. Lett 46B 274, 1973 -->

	<measurement observable="tot_xsec">
	       <header>
                    Comments for this measurement can be entered
 
                    <ref>
                         <author>   Eichten et al.         </author>
                         <journal>  Phys.Lett. 46B 274     </journal>
                         <year>     1973                   </year>
                    </ref>

                    <reaction>              nu_mu  N --> mu-  X   </reaction>
		    <target>                Propane-Freon         </target>
                    <exposure units="">                           </exposure>
		    <npoints>               1                     </npoints>
		    <data_source>           paper                 </data_source>
	       </header>

	       <point>
                   <E units="GeV" frame="lab">                       6.00   </E>
		   <E_min>                                           2.00   </E_min>
		   <E_max>                                          10.00   </E_max>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.74   </xsec>
                   <stat_err  value="xsec">                       +/-0.03   </stat_err>
                   <syst_err  value="xsec">                       +/-0.08   </syst_err>
	       </point>

	</measurement>



        <!-- GARGAMELLE - nu_mu_bar total xsec - Eichten et al., Phys. Lett 46B 274, 1973 -->

	<measurement observable="tot_xsec">
	       <header>
                    Comments for this measurement can be entered
 
                    <ref>
                         <author>   Eichten et al.         </author>
                         <journal>  Phys.Lett. 46B 274     </journal>
                         <year>     1973                   </year>
                    </ref>

                    <reaction>              nu_mu_bar  N --> mu+  X   </reaction>
		    <target>                Propane-Freon         </target>
                    <exposure units="">                           </exposure>
		    <npoints>               1                     </npoints>
		    <data_source>           paper                 </data_source>
	       </header>

	       <point>
                   <E units="GeV" frame="lab">                        6.00   </E>
		   <E_min>                                            2.00   </E_min>
		   <E_max>                                           10.00   </E_max>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">   0.27   </xsec>
                   <stat_err  value="xsec">                        +/-0.01   </stat_err>
                   <syst_err  value="xsec">                        +/-0.03   </syst_err>
	       </point>
	</measurement>


        <!-- GARGAMELLE - nu_mu QE xsec - S. Bonetti et al., Nuovo Cimento, A38, 260 (1977)  -->

	<measurement observable="qes_xsec">
	       <header>
                    - S.Boneti: freon (dom by ^19F, ^18Br)
                    - M.Pohl: propane-freon (dom by ^12C)
 
                    <ref>
                         <author>   S. Bonetti et al.        </author>
                         <journal>  Nuovo Cimento, A38, 260  </journal>
                         <year>     1977                     </year>
                    </ref>

                    <ref>
                         <author>   M. Pohl et al.           </author>
                         <journal>  Nuovo Cimento, 26, 332   </journal>
                         <year>     1979                     </year>
                    </ref>

                    <reaction>              nu_mu  n --> mu-  p           </reaction>
                    <target>                Propane-Freon                 </target>
                    <exposure units="">                                   </exposure>
		    <npoints>               13                            </npoints>
		    <data_source>           digitized from Bonetti paper  </data_source>
	       </header>

	       <point>
                   <E  units="GeV" frame="lab">                 1.625  </E>
		   <E_min>                                      1.500  </E_min>
		   <E_max>                                      1.750  </E_max>
 	           <xsec  units="*1.e-38 *cm2" norm="1">        1.05   </xsec>
		   <stat_err value="xsec">                   +/-0.20   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                  1.875  </E>
		   <E_min>                                      1.750  </E_min>
		   <E_max>                                      2.000  </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">         0.96   </xsec>
		   <stat_err value="xsec">                   +/-0.17   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                  2.125  </E>
		   <E_min>                                      2.000  </E_min>
		   <E_max>                                      2.250  </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">         0.90   </xsec>
		   <stat_err value="xsec">                   +/-0.10   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                  2.375  </E>
		   <E_min>                                      2.250  </E_min>
		   <E_max>                                      1.750  </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">         0.73   </xsec>
		   <stat_err value="xsec">                   +/-0.12   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                  2.625  </E>
		   <E_min>                                      2.500  </E_min>
		   <E_max>                                      2.750  </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">         0.71  </xsec>
		   <stat_err value="xsec">                   +/-0.13  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                  2.875  </E>
		   <E_min>                                      2.750  </E_min>
		   <E_max>                                      3.000  </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">         0.80   </xsec>
		   <stat_err value="xsec">                   +/-0.14   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                  3.125  </E>
		   <E_min>                                      3.000  </E_min>
		   <E_max>                                      3.250  </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">         0.76   </xsec>
		   <stat_err value="xsec">                   +/-0.15   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                  3.375  </E>
		   <E_min>                                      3.250  </E_min>
		   <E_max>                                      3.500  </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">         0.85   </xsec>
		   <stat_err value="xsec">                   +/-0.18   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                  3.625  </E>
		   <E_min>                                      3.500  </E_min>
		   <E_max>                                      3.750  </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">         0.80   </xsec>
		   <stat_err value="xsec">                   +/-0.20   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                  3.875  </E>
		   <E_min>                                      3.750  </E_min>
		   <E_max>                                      4.000  </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">         1.05   </xsec>
		   <stat_err value="xsec">                   +/-0.20   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                  4.125  </E>
		   <E_min>                                      4.000  </E_min>
		   <E_max>                                      4.250  </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">         0.58   </xsec>
		   <stat_err value="xsec">                   +/-0.24   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                  4.500  </E>
		   <E_min>                                      4.250  </E_min>
		   <E_max>                                      4.750  </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">         0.56   </xsec>
		   <stat_err value="xsec">                   +/-0.22   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                  5.000  </E>
		   <E_min>                                      4.750  </E_min>
		   <E_max>                                      5.250  </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">         0.87  </xsec>
		   <stat_err value="xsec">                   +/-0.28  </stat_err>
	       </point>
	</measurement>



        <!-- GARGAMELLE - nu_mu_bar QE xsec - S. Bonetti et al., Nuovo Cimento, A38, 260 (1977)  -->

	<measurement observable="qes_xsec">
	       <header>
                    - S.Boneti: freon (dom by ^19F, ^18Br)
 
                    <ref>
                         <author>   S. Bonetti et al.        </author>
                         <journal>  Nuovo Cimento, A38, 260  </journal>
                         <year>     1977                     </year>
                    </ref>

                    <reaction>              nu_mu_bar  p --> mu+ n        </reaction>
                    <target>                Propane-Freon                 </target>
                    <exposure units="">                                   </exposure>
		    <npoints>               10                            </npoints>
		    <data_source>           digitized from Bonetti paper  </data_source>
	       </header>

	       <point>
                   <E  units="GeV" frame="lab">                 1.625  </E>
		   <E_min>                                      1.500  </E_min>
		   <E_max>                                      1.750  </E_max>
 	           <xsec  units="*1.e-38 *cm2" norm="1">        0.43   </xsec>
		   <stat_err value="xsec">                   +/-0.12   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                  1.875  </E>
		   <E_min>                                      1.750  </E_min>
		   <E_max>                                      2.000  </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">         0.46   </xsec>
		   <stat_err value="xsec">                   +/-0.09   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                  2.125  </E>
		   <E_min>                                      2.000  </E_min>
		   <E_max>                                      2.250  </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">         0.50   </xsec>
		   <stat_err value="xsec">                   +/-0.08   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                  2.375  </E>
		   <E_min>                                      2.250  </E_min>
		   <E_max>                                      2.500  </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">         0.44   </xsec>
		   <stat_err value="xsec">                   +/-0.09   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                  2.625  </E>
		   <E_min>                                      2.500  </E_min>
		   <E_max>                                      2.750  </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">         0.32  </xsec>
		   <stat_err value="xsec">                   +/-0.09  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                  2.875  </E>
		   <E_min>                                      2.750  </E_min>
		   <E_max>                                      3.000  </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">         0.59   </xsec>
		   <stat_err value="xsec">                   +/-0.10   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                  3.250  </E>
		   <E_min>                                      3.000  </E_min>
		   <E_max>                                      3.500  </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">         0.43   </xsec>
		   <stat_err value="xsec">                   +/-0.10   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                  3.750  </E>
		   <E_min>                                      3.500  </E_min>
		   <E_max>                                      4.000  </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">         0.62   </xsec>
		   <stat_err value="xsec">                   +/-0.12   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                  4.250  </E>
		   <E_min>                                      4.000  </E_min>
		   <E_max>                                      4.500  </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">         0.34   </xsec>
		   <stat_err value="xsec">                   +/-0.15   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                  5.250  </E>
		   <E_min>                                      4.500  </E_min>
		   <E_max>                                      6.000  </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">         0.81   </xsec>
		   <stat_err value="xsec">                   +/-0.20   </stat_err>
	       </point>

	</measurement>



        <!-- GARGAMELLE - nu_mu res. xsec - Lerche et al., Phys. Lett. B78 510, 1978 -->

	<measurement observable="spp_xsec">
	       <header>

                    M(p pi+) less than 1.4 GeV - i.e. Delta++
 
                    <ref>
                         <author>   Lerche et al.            </author>
                         <journal>  Phys. Lett. B78:510      </journal>
                         <year>     1978                     </year>
                    </ref>

                    <reaction>              nu_mu  p --> mu- p pi+        </reaction>
                    <target>                Propane                       </target>
                    <exposure units="">                                   </exposure>
		    <npoints>               5                             </npoints>
	            <Wcut>                  1.4                           </Wcut>
		    <data_source>           plot                          </data_source>
	       </header>

	       <point>
                   <E units="GeV" frame="lab">                   1.28   </E>
		   <E_min>                                       1.00   </E_min>
		   <E_max>                                       1.50   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">          0.47   </xsec>
		   <syst_err value="xsec">                    +/-0.12   </syst_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                   1.79   </E>
		   <E_min>                                       1.50   </E_min>
		   <E_max>                                       2.00   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">          0.60   </xsec>
		   <syst_err value="xsec">                    +/-0.09   </syst_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                   2.48   </E>
		   <E_min>                                       2.00   </E_min>
		   <E_max>                                       3.00   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">          0.50   </xsec>
		   <syst_err value="xsec">                    +/-0.07   </syst_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                   3.45   </E>
		   <E_min>                                       3.00   </E_min>
		   <E_max>                                       4.00   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">          0.45   </xsec>
		   <syst_err value="xsec">                    +/-0.08   </syst_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                   5.95   </E>
		   <E_min>                                       4.00   </E_min>
		   <E_max>                                      10.00   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">          0.47   </xsec>
		   <syst_err value="xsec">                    +/-0.09   </syst_err>
	       </point>

	</measurement>



        <!-- GARGAMELLE - nu_mu_bar QE xsec - Armenise et al., Nucl.Phys. B152:365 1979 -->

	<measurement observable="qes_xsec">
	       <header>
                    Comments can be inserted here
 
                    <ref>
                         <author>   Armenise et al.          </author>
                         <journal>  Nucl.Phys.B152:365       </journal>
                         <year>     1979                     </year>
                    </ref>

                    <reaction>              nu_mu_bar p --> mu+ n         </reaction>
                    <target>                Propane-Freon                 </target>
                    <exposure units="">                                   </exposure>
		    <npoints>               11                            </npoints>
		    <data_source>           plot                          </data_source>
	       </header>


	       <point>
                   <E units="GeV" frame="lab">             1.125  </E>
		   <E_min>                                 1.000  </E_min>
		   <E_max>                                 1.250  </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">    0.35   </xsec>
		   <stat_err value="xsec">              +/-0.10   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">             1.375  </E>
		   <E_min>                                 1.250  </E_min>
		   <E_max>                                 1.500  </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">    0.45   </xsec>
		   <stat_err value="xsec">              +/-0.15   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">             1.625  </E>
		   <E_min>                                 1.500  </E_min>
		   <E_max>                                 1.750  </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">    0.37   </xsec>
		   <stat_err value="xsec">              +/-0.10   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">             1.875  </E>
		   <E_min>                                 1.750  </E_min>
		   <E_max>                                 2.000  </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">    0.40   </xsec>
		   <stat_err value="xsec">              +/-0.10   </stat_err>
	       </point>
	       
	       <point>
                   <E units="GeV" frame="lab">             2.125  </E>
		   <E_min>                                 2.000  </E_min>
		   <E_max>                                 2.250  </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">    0.32   </xsec>
		   <stat_err value="xsec">              +/-0.05   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">             2.375  </E>
		   <E_min>                                 2.250  </E_min>
		   <E_max>                                 2.500  </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">    0.39   </xsec>
		   <stat_err value="xsec">              +/-0.05   </stat_err>
	       </point>
	       
	       <point>
                   <E units="GeV" frame="lab">             2.625  </E>
		   <E_min>                                 2.500  </E_min>
		   <E_max>                                 2.750  </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">    0.50   </xsec>
		   <stat_err value="xsec">              +/-0.08   </stat_err>
	       </point>
	       
	       <point>
                   <E units="GeV" frame="lab">             2.875  </E>
		   <E_min>                                 2.750  </E_min>
		   <E_max>                                 3.000  </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">    0.55   </xsec>
		   <stat_err value="xsec">              +/-0.10   </stat_err>
	       </point>
	       
	       <point>
                   <E units="GeV" frame="lab">             3.250  </E>
		   <E_min>                                 3.000  </E_min>
		   <E_max>                                 3.500  </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">    0.40   </xsec>
		   <stat_err value="xsec">              +/-0.07   </stat_err>
	       </point>
	       
	       <point>
                   <E units="GeV" frame="lab">             3.750  </E>
		   <E_min>                                 3.500  </E_min>
		   <E_max>                                 4.000  </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">    0.54   </xsec>
		   <stat_err value="xsec">              +/-0.10   </stat_err>
	       </point>
	       
	       <point>
                   <E units="GeV" frame="lab">             5.000  </E>
		   <E_min>                                 4.000  </E_min>
		   <E_max>                                 6.000  </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">    0.80   </xsec>
		   <stat_err value="xsec">              +/-0.15   </stat_err>
	       </point>
	       
	</measurement>



        <!-- GARGAMELLE - nu_mu_bar + n res. xsec  - final state: mu+ n pi- / no W cut -->
	<!-- Bolognese et al., Phys. Lett. B81:393, 1979 -->

	<measurement observable="spp_xsec">
	       <header>

                    <ref>
                         <author>   Bolognese et al.    </author>
                         <journal>  Phys.Lett.B81:393   </journal>
                         <year>     1979                </year>
                    </ref>

                    <reaction>              nu_mu_bar n --> mu+ n pi-     </reaction>
                    <target>                Propane-Freon                 </target>
                    <exposure units="">                                   </exposure>
		    <npoints>               6                             </npoints>
		    <Wcut>                  no                            </Wcut>
		    <data_source>           plot                          </data_source>
	       </header>

	       <point>
                   <E units="GeV" frame="lab">                   1.25   </E>
		   <E_min>                                       1.00   </E_min>
		   <E_max>                                       1.50   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">          0.09   </xsec>
		   <stat_err value="xsec">                    +/-0.03   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                   1.75   </E>
		   <E_min>                                       1.50   </E_min>
		   <E_max>                                       2.00   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">          0.15   </xsec>
		   <stat_err value="xsec">                    +/-0.05   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                   2.25   </E>
		   <E_min>                                       2.00   </E_min>
		   <E_max>                                       2.50   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">          0.16   </xsec>
		   <stat_err value="xsec">                    +/-0.04   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                   2.75   </E>
		   <E_min>                                       2.50   </E_min>
		   <E_max>                                       3.00   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">          0.21   </xsec>
		   <stat_err value="xsec">                    +/-0.06   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                   3.50   </E>
		   <E_min>                                       3.00   </E_min>
		   <E_max>                                       4.00   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">          0.26   </xsec>
		   <stat_err value="xsec">                    +/-0.07   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                   5.75   </E>
		   <E_min>                                       4.00   </E_min>
		   <E_max>                                       7.50   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">          0.31   </xsec>
		   <stat_err value="xsec">                    +/-0.10   </stat_err>
	       </point>
	</measurement>




        <!-- GARGAMELLE - nu_mu_bar + n res. xsec  - final state: mu+ n pi- / W cut = 1.4 GeV -->
	<!-- Bolognese et al., Phys. Lett. B81:393, 1979 -->

	<measurement observable="spp_xsec">
	       <header>

                    <ref>
                         <author>   Bolognese et al.    </author>
                         <journal>  Phys.Lett.B81:393   </journal>
                         <year>     1979                </year>
                    </ref>

                    <reaction>              nu_mu_bar n --> mu+ n pi-     </reaction>
                    <target>                Propane-Freon                 </target>
                    <exposure units="">                                   </exposure>
		    <npoints>               5                             </npoints>
		    <Wcut>                  1.4                           </Wcut>
		    <data_source>           plot                          </data_source>
	       </header>

	       <point>
                   <E units="GeV" frame="lab">                   1.25   </E>
		   <E_min>                                       1.00   </E_min>
		   <E_max>                                       1.50   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">          0.07   </xsec>
		   <stat_err value="xsec">                    +/-0.03   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                   1.75   </E>
		   <E_min>                                       1.50   </E_min>
		   <E_max>                                       2.00   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">          0.13   </xsec>
		   <stat_err value="xsec">                    +/-0.04   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                   2.25   </E>
		   <E_min>                                       2.00   </E_min>
		   <E_max>                                       2.50   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">          0.11   </xsec>
		   <stat_err value="xsec">                    +/-0.03   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                   3.00   </E>
		   <E_min>                                       2.50   </E_min>
		   <E_max>                                       3.50   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">          0.13   </xsec>
		   <stat_err value="xsec">                    +/-0.04   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                   5.50   </E>
		   <E_min>                                       3.50   </E_min>
		   <E_max>                                       7.50   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">          0.20   </xsec>
		   <stat_err value="xsec">                    +/-0.06   </stat_err>
	       </point>
	</measurement>




        <!-- GARGAMELLE - nu_mu_bar + N res. xsec  - final state: mu+ N pi- / no W cut -->
	<!-- Bolognese et al., Phys. Lett. B81:393, 1979 -->

	<measurement observable="spp_xsec">
	       <header>

                    <ref>
                         <author>   Bolognese et al.    </author>
                         <journal>  Phys.Lett.B81:393   </journal>
                         <year>     1979                </year>
                    </ref>

                    <reaction>              nu_mu_bar N --> mu+ N pi-     </reaction>
                    <target>                Propane-Freon                 </target>
                    <exposure units="">                                   </exposure>
		    <npoints>               6                             </npoints>
		    <Wcut>                  no                            </Wcut>
		    <data_source>           plot                          </data_source>
	       </header>

	       <point>
                   <E units="GeV" frame="lab">                   1.25   </E>
		   <E_min>                                       1.00   </E_min>
		   <E_max>                                       1.50   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">          0.14   </xsec>
		   <stat_err value="xsec">                    +/-0.04   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                   1.75   </E>
		   <E_min>                                       1.50   </E_min>
		   <E_max>                                       2.00   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">          0.24   </xsec>
		   <stat_err value="xsec">                    +/-0.05   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                   2.25   </E>
		   <E_min>                                       2.00   </E_min>
		   <E_max>                                       2.50   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">          0.26   </xsec>
		   <stat_err value="xsec">                    +/-0.06   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                   2.75   </E>
		   <E_min>                                       2.50   </E_min>
		   <E_max>                                       3.00   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">          0.30   </xsec>
		   <stat_err value="xsec">                    +/-0.07   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                   3.50   </E>
		   <E_min>                                       3.00   </E_min>
		   <E_max>                                       4.00   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">          0.44   </xsec>
		   <stat_err value="xsec">                    +/-0.10   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                   5.75   </E>
		   <E_min>                                       4.00   </E_min>
		   <E_max>                                       7.50   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">          0.53   </xsec>
		   <stat_err value="xsec">                    +/-0.12   </stat_err>
	       </point>
	</measurement>




        <!-- GARGAMELLE - nu_mu_bar + N res. xsec  - final state: mu+ N pi- / W cut = 1.4 GeV -->
	<!-- Bolognese et al., Phys. Lett. B81:393, 1979 -->

	<measurement observable="spp_xsec">
	       <header>

                    <ref>
                         <author>   Bolognese et al.    </author>
                         <journal>  Phys.Lett.B81:393   </journal>
                         <year>     1979                </year>
                    </ref>

                    <reaction>              nu_mu_bar N --> mu+ N pi-     </reaction>
                    <target>                Propane-Freon                 </target>
                    <exposure units="">                                   </exposure>
		    <npoints>               5                             </npoints>
		    <Wcut>                  1.4                           </Wcut>
		    <data_source>           plot                          </data_source>
	       </header>

	       <point>
                   <E units="GeV" frame="lab">                   1.25   </E>
		   <E_min>                                       1.00   </E_min>
		   <E_max>                                       1.50   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">          0.12   </xsec>
		   <stat_err value="xsec">                    +/-0.04   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                   1.75   </E>
		   <E_min>                                       1.50   </E_min>
		   <E_max>                                       2.00   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">          0.20   </xsec>
		   <stat_err value="xsec">                    +/-0.05   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                   2.25   </E>
		   <E_min>                                       2.00   </E_min>
		   <E_max>                                       2.50   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">          0.19   </xsec>
		   <stat_err value="xsec">                    +/-0.04   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                   3.00   </E>
		   <E_min>                                       2.50   </E_min>
		   <E_max>                                       3.50   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">          0.18   </xsec>
		   <stat_err value="xsec">                    +/-0.04   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                   5.50   </E>
		   <E_min>                                       3.50   </E_min>
		   <E_max>                                       7.50   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">          0.27   </xsec>
		   <stat_err value="xsec">                    +/-0.07   </stat_err>
	       </point>
	</measurement>




        <!-- GARGAMELLE - nu_mu tot. xsec - Ciampolillo et al., Phys. Lett. 84B 281, 1979 -->

	<measurement observable="tot_xsec">
	       <header>
                    Comments can be inserted here
 
                    <ref>
                         <author>   Ciampolillo et al.       </author>
                         <journal>  Phys. Lett. 84B 281      </journal>
                         <year>     1979                     </year>
                    </ref>

                    <reaction>              nu_mu N --> mu- X            </reaction>
                    <target>                Propane-Freon                </target>
                    <exposure units="">                                  </exposure>
		    <npoints>               2                            </npoints>
		    <data_source>           PDG                          </data_source>
	       </header>

	       <point>
                   <E units="GeV" frame="lab">                        2.870 </E>
		   <E_min>                                       1.50   </E_min>
		   <E_max>                                       15.00   </E_max>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">   0.690 </xsec>
		   <stat_err value="xsec">                         +/-0.054 </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                        9.050 </E>
		   <E_min>                                       6.00   </E_min>
		   <E_max>                                       15.00   </E_max>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">   0.610 </xsec>
		   <stat_err value="xsec">                         +/-0.057 </stat_err>
	       </point>
	</measurement>




        <!-- GARGAMELLE - nu_mu_bar tot. xsec - Erriquez et al., Phys. Lett. B80 309, 1979 -->

	<measurement observable="tot_xsec">
	       <header>
                    Comments can be inserted here
 
                    <ref>
                         <author>   Erriquez et al.          </author>
                         <journal>  Phys. Lett. B80:309      </journal>
                         <year>     1979                     </year>
                    </ref>

                    <reaction>              nu_mu_bar N --> mu+ X        </reaction>
                    <target>                Propane-Freon                </target>
                    <exposure units="">                                  </exposure>
		    <npoints>               1                            </npoints>
		    <data_source>           paper                        </data_source>
	       </header>

	       <point>
                   <E units="GeV" frame="lab">                        4.50 </E>
		   <E_min>                                            1.00 </E_min>
		   <E_max>                                            8.00 </E_max>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">   0.26 </xsec>
		   <stat_err value="xsec">                         +/-0.02 </stat_err>
	       </point>
	</measurement>



        <!-- GARGAMELLE - nu_mu tot. xsec - Morfin et al., Phys. Lett. 104B 235, 1981 -->

	<measurement observable="tot_xsec">
	       <header>
                    Comments can be inserted here
 
                    <ref>
                         <author>   Morfin et al.            </author>
                         <journal>  Phys. Lett. B104:235     </journal>
                         <year>     1981                     </year>
                    </ref>

                    <reaction>              nu_mu N --> mu- X         </reaction>
                    <target>                Propane-Freon             </target>
                    <exposure units="">                               </exposure>
		    <npoints>               5                         </npoints>
		    <data_source>  plot in 1992 PDG, values by B. Seligman (Columbia)  </data_source>
	       </header>

	       <point>
                   <E units="GeV" frame="lab">                     17.500 </E>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.580 </xsec>
		   <stat_err value="xsec">                       +/-0.067 </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                     22.500 </E>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.560 </xsec>
		   <stat_err value="xsec">                       +/-0.063 </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                     27.500 </E>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.640 </xsec>
		   <stat_err value="xsec">                       +/-0.067 </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                     33.000 </E>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.700 </xsec>
		   <stat_err value="xsec">                       +/-0.076 </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                     42.500 </E>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.620 </xsec>
		   <stat_err value="xsec">                       +/-0.067 </stat_err>
	       </point>
	</measurement>




        <!-- GARGAMELLE - nu_mu_bar tot. xsec - Morfin et al., Phys. Lett. 104B 235, 1981 -->

	<measurement observable="tot_xsec">
	       <header>
                    Comments can be inserted here
 
                    <ref>
                         <author>   Morfin et al.            </author>
                         <journal>  Phys. Lett. B104:235     </journal>
                         <year>     1981                     </year>
                    </ref>

                    <reaction>              nu_mu_bar N --> mu+ X       </reaction>
                    <target>                Propane-Freon               </target>
                    <exposure units="">                                 </exposure>
		    <npoints>               5                           </npoints>
		    <data_source>  plot in 1992 PDG, values by B. Seligman (Columbia)  </data_source>
	       </header>

	       <point>
                   <E units="GeV" frame="lab">                     17.500 </E>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.320 </xsec>
		   <stat_err value="xsec">                       +/-0.032 </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                     22.500 </E>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.290 </xsec>
		   <stat_err value="xsec">                       +/-0.042 </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                     27.500 </E>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.270 </xsec>
		   <stat_err value="xsec">                       +/-0.042 </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                     35.000 </E>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.330 </xsec>
		   <stat_err value="xsec">                       +/-0.042 </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                     45.000 </E>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.260 </xsec>
		   <stat_err value="xsec">                       +/-0.032 </stat_err>
	       </point>
	</measurement>




        <!-- GARGAMELLE - nu_mu coh. xsec - nu_mu A to nu_mu A pi0 -->
	<!-- et al., Phys.Rev.Lett.52:1096, 1984 -->

	<measurement observable="coh_xsec">
	       <header>
                    Comments can be inserted here
 
                    <ref>
                         <author>   Isiksal et al.           </author>
                         <journal>  Phys.Rev.Lett.52:1096    </journal>
                         <year>     1984                     </year>
                    </ref>

                    <reaction>              nu_mu A --> nu_mu A pi0     </reaction>
                    <target>                Propane-Freon               </target>
                    <exposure units="">                                 </exposure>
                    <A>                     30                          </A>
		    <npoints>               1                           </npoints>
		    <data_source>           paper                       </data_source>
	       </header>

	       <point>
                   <E units="GeV" frame="lab">                         3.50 </E>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleus" norm="1">    0.31 </xsec>
		   <stat_err value="xsec">                          +/-0.20 </stat_err>
	       </point>
	</measurement>




        <!-- GARGAMELLE - nu_mu coh. xsec - nu_mu_bar A to nu_mu A pi0 -->
	<!-- Isiksal et al., Phys.Rev.Lett.52:1096, 1984 -->

	<measurement observable="coh_xsec">
	       <header>
                    Comments can be inserted here
 
                    <ref>
                         <author>   Isiksal et al.           </author>
                         <journal>  Phys.Rev.Lett.52:1096    </journal>
                         <year>     1984                     </year>
                    </ref>

                    <reaction>              nu_mu_bar A --> nu_mubar A pi0 </reaction>
                    <target>                Propane-Freon               </target>
                    <exposure units="">                                 </exposure>
                    <A>                     30                          </A>
		    <npoints>               1                           </npoints>
		    <data_source>           paper                       </data_source>
	       </header>

	       <point>
                   <E units="GeV" frame="lab">                         3.50 </E>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleus" norm="1">    0.45 </xsec>
		   <stat_err value="xsec">                          +/-0.24 </stat_err>
	       </point>
	</measurement>

   </experiment>



   <!-- ********************************************************************* -->
   <!-- **************************** [LSND] ********************************* -->
   <!-- ********************************************************************* -->

   <experiment name="LSND">

        <exp_info>

           <facility>                   LANL                           </facility>
           <detector>                   Liquid scintillator            </detector>
           <target>                     Carbon                         </target>
           <exposure units="">                                         </exposure>
           <year>                       1989 - 1998                    </year>
           <beam>                       nu_mu - nu_mu_bar              </beam>
           <E frame="lab" units="MeV">                                 </E>
        </exp_info>

        <flux_spectrum beam="numu" flux_units="" E_units="" E_frame="">

        </flux_spectrum>
   
        <flux_spectrum beam="numubar" flux_units="" E_units="" E_frame="">

        </flux_spectrum>


        <!-- LSND - nu_mu_bar qes xsec @ Carbon - Auerbach et al., PR. C66, 015501, 2002 -->

	<measurement observable="qes_xsec">
	       <header>
                    Comments can be inserted here
 
                    <ref>
                         <author>   Auerbach et al.         </author>
                         <journal>  Phys.Rev.C66,015501     </journal>
                         <year>     2002                    </year>
                    </ref>

                    <reaction>              nu_mu_bar p --> mu+ n   </reaction>
                    <target>                Carbon                  </target>
                    <exposure units="">                             </exposure>
		    <npoints>               1                       </npoints>
		    <data_source>           paper                   </data_source>
	       </header>

	       <point>
                   <E units="GeV" frame="lab">                        0.100 </E>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="1">   0.106 </xsec>
		   <stat_err value="xsec">                         +/-0.003 </stat_err>
		   <syst_err value="xsec">                         +/-0.018 </syst_err>
	       </point>
	</measurement>
   </experiment>



   <!-- ********************************************************************* -->
   <!-- **************************** [BEBC] ********************************* -->
   <!-- ********************************************************************* -->

   <experiment name="BEBC">

        <exp_info>
           Comments for experiment BEBC (CERN-WA-024) experiment @ CERN 

           <facility>                   Argonne National Lab (ANL)     </facility>
           <detector>                   Bubble Chamber                 </detector>
           <target>                     Neon - Hydrogen - Deuterium    </target>
           <exposure units="">                                         </exposure>
           <year>                       1976 - 1978                    </year>
           <beam>                       nu_mu - nu_mu_bar              </beam>
           <E frame="lab" units="MeV">  200 - 3000                     </E>
        </exp_info>

        <flux_spectrum beam="numu" flux_units="" E_units="" E_frame="">

        </flux_spectrum>
   
        <flux_spectrum beam="numubar" flux_units="" E_units="" E_frame="">

        </flux_spectrum>


        <!-- BEBC - nu_mu tot. xsec @ Neon-H2 - Bosseti et al., Phys. Lett. 70B 273, 1977 -->

	<measurement observable="tot_xsec">
	       <header>
                    Comments can be inserted here
 
                    <ref>
                         <author>   Bosseti et al.           </author>
                         <journal>  Phys. Lett. B70:273      </journal>
                         <year>     1977                     </year>
                    </ref>

                    <reaction>              nu_mu N --> mu- X     </reaction>
                    <target>                Neon-Hydrogen         </target>
                    <exposure units="">                           </exposure>
		    <npoints>               4                     </npoints>
		    <data_source>           paper                 </data_source>
	       </header>

	       <point>
                   <E units="GeV" frame="lab">                       40.00 </E>
		   <E_min>                                           20.00 </E_min>
		   <E_max>                                           60.00 </E_max>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">   0.67 </xsec>
		   <stat_err value="xsec">                         +/-0.06 </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                       75.00 </E>
		   <E_min>                                           60.00 </E_min>
		   <E_max>                                          100.00 </E_max>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">   0.56 </xsec>
		   <stat_err value="xsec">                         +/-0.05 </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                      132.00 </E>
		   <E_min>                                          100.00 </E_min>
		   <E_max>                                          150.00 </E_max>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">   0.61 </xsec>
		   <stat_err value="xsec">                         +/-0.05 </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                      170.00 </E>
		   <E_min>                                          150.00 </E_min>
		   <E_max>                                          200.00 </E_max>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">   0.51 </xsec>
                   <stat_err value="xsec">                         +/-0.05 </stat_err>
	       </point>
	</measurement>



        <!-- BEBC - nu_mu_bar tot. xsec @ Neon-H2 - Bosseti et al., Phys. Lett. 70B 273, 1977 -->

	<measurement observable="tot_xsec">
	       <header>
                    Comments can be inserted here
 
                    <ref>
                         <author>   Bosseti et al.           </author>
                         <journal>  Phys. Lett. B70:273      </journal>
                         <year>     1977                     </year>
                    </ref>

                    <reaction>              nu_mu_bar N --> mu+ X   </reaction>
                    <target>                Neon-Hydrogen           </target>
                    <exposure units="">                             </exposure>
		    <npoints>               3                       </npoints>
		    <data_source>           paper                   </data_source>
	       </header>

	       <point>
                   <E units="GeV" frame="lab">                       40.00 </E>
		   <E_min>                                           20.00 </E_min>
		   <E_max>                                           60.00 </E_max>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">   0.26 </xsec>
                   <stat_err value="xsec">                         +/-0.03 </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                       75.00 </E>
		   <E_min>                                           60.00 </E_min>
		   <E_max>                                          100.00 </E_max>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">   0.25 </xsec>
                   <stat_err value="xsec">                         +/-0.03 </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                      150.00 </E>
		   <E_min>                                          100.00 </E_min>
		   <E_max>                                          200.00 </E_max>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">   0.32 </xsec>
                   <stat_err value="xsec">                         +/-0.04 </stat_err>
	       </point>
	</measurement>



        <!-- BEBC - nu_mu tot. xsec @ Neon-H2 - Colley et al., Zeit. Phys. C2 187, 1979 -->

	<measurement observable="tot_xsec">
	       <header>
                    Comments can be inserted here
 
                    <ref>
                         <author>   Colley et al.            </author>
                         <journal>  Zeit. Phys. C2:187       </journal>
                         <year>     1979                     </year>
                    </ref>

                    <reaction>              nu_mu N --> mu- X       </reaction>
                    <target>                Neon-Hydrogen           </target>
                    <exposure units="">                             </exposure>
		    <npoints>               3                       </npoints>
		    <data_source>           paper                   </data_source>
	       </header>

	       <point>
                   <E units="GeV" frame="lab">                      19.00  </E>
		   <E_min>                                          10.00  </E_min>
		   <E_max>                                          25.00  </E_max>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.74  </xsec>
                   <stat_err value="xsec">                        +/-0.10  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                      34.00  </E>
		   <E_min>                                          25.00  </E_min>
		   <E_max>                                          50.00  </E_max>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.73  </xsec>
                   <stat_err value="xsec">                        +/-0.09  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                      28.00  </E>
		   <E_min>                                          10.00  </E_min>
		   <E_max>                                          50.00  </E_max>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.73  </xsec>
                   <stat_err value="xsec">                        +/-0.08  </stat_err>
	       </point>
	</measurement>



        <!-- BEBC - nu_mu_bar tot. xsec @ Neon-H2 - Colley et al., Zeit. Phys. C2 187, 1979 -->

	<measurement observable="tot_xsec">
	       <header>
                    Comments can be inserted here
 
                    <ref>
                         <author>   Colley et al.            </author>
                         <journal>  Zeit. Phys. C2:187       </journal>
                         <year>     1979                     </year>
                    </ref>

                    <reaction>              nu_mu_bar N --> mu+ X  </reaction>
                    <target>                Neon-Hydrogen          </target>
                    <exposure units="">                            </exposure>
		    <npoints>               1                      </npoints>
		    <data_source>           paper                  </data_source>
	       </header>

	       <point>
                   <E units="GeV" frame="lab">                      27.00  </E>
		   <E_min>                                          10.00  </E_min>
		   <E_max>                                          50.00  </E_max>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.32  </xsec>
                   <stat_err value="xsec">                        +/-0.06  </stat_err>
	       </point>
	</measurement>




        <!-- BEBC - nu_mu spp xsec @ H2 - Allen et al., Nucl.Phys.B176:269, 1980 -->

	<measurement observable="spp_xsec">
	       <header>
                    M(p pi+) less than 1.4 GeV - i.e. Delta++
		     
                    <ref>
                         <author>   Allen et al.             </author>
                         <journal>  Nucl.Phys.B176:269       </journal>
                         <year>     1980                     </year>
                    </ref>

                    <reaction>              nu_mu p --> mu- p pi+  </reaction>
                    <target>                Hydrogen               </target>
                    <exposure units="">                            </exposure>
		    <Wcut>                  1.4                    </Wcut>
		    <npoints>               7                      </npoints>
		    <data_source>           paper                  </data_source>
	       </header>

	       <point>
                   <E units="GeV" frame="lab">             7.50   </E>
		   <E_min>                                 5.00   </E_min>
		   <E_max>                                10.00   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">    0.60   </xsec>
                   <stat_err value="xsec">              +/-0.06   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">            12.50   </E>
		   <E_min>                                10.00   </E_min>
		   <E_max>                                15.00   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">    0.53   </xsec>
                   <stat_err value="xsec">              +/-0.05   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">            17.50   </E>
		   <E_min>                                15.00   </E_min>
		   <E_max>                                20.00   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">    0.62   </xsec>
                   <stat_err value="xsec">              +/-0.06   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">            25.00   </E>
		   <E_min>                                20.00   </E_min>
		   <E_max>                                30.00   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">    0.52   </xsec>
                   <stat_err value="xsec">              +/-0.05   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">            40.00   </E>
		   <E_min>                                30.00   </E_min>
		   <E_max>                                50.00   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">    0.51   </xsec>
                   <stat_err value="xsec">              +/-0.07   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">            75.00   </E>
		   <E_min>                                50.00   </E_min>
		   <E_max>                               100.00   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">    0.39   </xsec>
                   <stat_err value="xsec">              +/-0.08   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">           150.00   </E>
		   <E_min>                               100.00   </E_min>
		   <E_max>                               200.00   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">    0.44   </xsec>
                   <stat_err value="xsec">              +/-0.20   </stat_err>
	       </point>

	</measurement>



        <!-- BEBC - nu_mu tot. xsec @ Neon-H2 - Bosetti et al., Phys.Lett. 110B 167, 1982 -->

	<measurement observable="tot_xsec">
	       <header>

                    Corrections: For nonisoscalarity of the target
                    Systematics: Due to unknown flux and errors in corrections, combined
                    Data are multiplied by 1.099 in accordance with PL 173B, 211 recomendations
 
                    <ref>
                         <author>   Bosetti et al.           </author>
                         <journal>  Phys.Lett.B110:167       </journal>
                         <year>     1982                     </year>
                    </ref>

                    <reaction>              nu_mu N --> mu- X     </reaction>
                    <target>                Neon-Hydrogen         </target>
                    <exposure units="">                           </exposure>
		    <npoints>               6                     </npoints>
		    <data_source>           paper?                </data_source>
	       </header>

	       <point>
                   <E units="GeV" frame="lab">                      30.00   </E>
		   <E_min>                                          20.00   </E_min>
		   <E_max>                                          40.00   </E_max>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.630  </xsec>
                   <stat_err value="xsec">                        +/-0.0374 </stat_err>
                   <syst_err value="xsec">                        +/-0.0510 </syst_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                      50.00   </E>
		   <E_min>                                          40.00   </E_min>
		   <E_max>                                          60.00   </E_max>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.725  </xsec>
                   <stat_err value="xsec">                        +/-0.0308 </stat_err>
                   <syst_err value="xsec">                        +/-0.0440 </syst_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                      70.00   </E>
		   <E_min>                                          60.00   </E_min>
		   <E_max>                                          80.00   </E_max>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.753  </xsec>
                   <stat_err value="xsec">                        +/-0.0242 </stat_err>
                   <syst_err value="xsec">                        +/-0.0350 </syst_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                     100.00   </E>
		   <E_min>                                          80.00   </E_min>
		   <E_max>                                         120.00   </E_max>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.696  </xsec>
                   <stat_err value="xsec">                        +/-0.0363 </stat_err>
                   <syst_err value="xsec">                        +/-0.0500 </syst_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                     140.00   </E>
		   <E_min>                                         120.00   </E_min>
		   <E_max>                                         160.00   </E_max>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.697  </xsec>
                   <stat_err value="xsec">                        +/-0.0275 </stat_err>
                   <syst_err value="xsec">                        +/-0.0390 </syst_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                     180.00   </E>
		   <E_min>                                         160.00   </E_min>
		   <E_max>                                         200.00   </E_max>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.756  </xsec>
                   <stat_err value="xsec">                        +/-0.0220 </stat_err>
                   <syst_err value="xsec">                        +/-0.0420 </syst_err>
	       </point>
	</measurement>



        <!-- BEBC - nu_mu_bar tot. xsec @ Neon-H2 - Bosetti et al., Phys.Lett. 110B 167, 1982 -->

	<measurement observable="tot_xsec">
	       <header>

                    Corrections (?): For nonisoscalarity of the target
                    Systematics: Due to unknown flux and errors in corrections, combined
                    Data are multiplied by 1.099 in accordance with PL 173B, 211 recomendations
 
                    <ref>
                         <author>   Bosetti et al.           </author>
                         <journal>  Phys.Lett.B110:167       </journal>
                         <year>     1982                     </year>
                    </ref>

                    <reaction>              nu_mu_bar N --> mu+ X </reaction>
                    <target>                Neon-Hydrogen         </target>
                    <exposure units="">                           </exposure>
		    <npoints>               6                     </npoints>
		    <data_source>           paper?                </data_source>
	       </header>

	       <point>
                   <E units="GeV" frame="lab">                      30.00   </E>
		   <E_min>                                          20.00   </E_min>
		   <E_max>                                          40.00   </E_max>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.313  </xsec>
                   <stat_err value="xsec">                        +/-0.0271 </stat_err>
                   <syst_err value="xsec">                        +/-0.0160 </syst_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                      50.00   </E>
		   <E_min>                                          40.00   </E_min>
		   <E_max>                                          60.00   </E_max>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.359  </xsec>
                   <stat_err value="xsec">                        +/-0.0215 </stat_err>
                   <syst_err value="xsec">                        +/-0.0016 </syst_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                      70.00   </E>
		   <E_min>                                          60.00   </E_min>
		   <E_max>                                          80.00   </E_max>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.351  </xsec>
                   <stat_err value="xsec">                        +/-0.0170 </stat_err>
                   <syst_err value="xsec">                        +/-0.0150 </syst_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                     100.00   </E>
		   <E_min>                                          80.00   </E_min>
		   <E_max>                                         120.00   </E_max>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.383  </xsec>
                   <stat_err value="xsec">                        +/-0.0317 </stat_err>
                   <syst_err value="xsec">                        +/-0.0019 </syst_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                     140.00   </E>
		   <E_min>                                         120.00   </E_min>
		   <E_max>                                         160.00   </E_max>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.348  </xsec>
                   <stat_err value="xsec">                        +/-0.0339  </stat_err>
                   <syst_err value="xsec">                        +/-0.0160  </syst_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                     180.00   </E>
		   <E_min>                                         160.00   </E_min>
		   <E_max>                                         200.00   </E_max>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.329  </xsec>
                   <stat_err value="xsec">                        +/-0.0283 </stat_err>
                   <syst_err value="xsec">                        +/-0.0170 </syst_err>
	       </point>
	</measurement>




        <!-- BEBC - nu_mu_bar tot. xsec @ Neon-H2 - Parker et al., Nucl.Phys.B232:1, 1984 -->

	<measurement observable="tot_xsec">
	       <header>
                    Comments can be inserted here
 
                    <ref>
                         <author>   Parker et al.           </author>
                         <journal>  Nucl. Phys.B232:1       </journal>
                         <year>     1984                    </year>
                    </ref>

                    <reaction>              nu_mu_bar p --> mu+ X  </reaction>
                    <target>                Neon-Hydrogen          </target>
                    <exposure units="">                            </exposure>
		    <npoints>               1                      </npoints>
		    <data_source>           paper                  </data_source>
	       </header>

	       <point>
                   <E units="GeV" frame="lab">                      23.80  </E>
		   <E_min>                                          10.00  </E_min>
		   <E_max>                                         200.00  </E_max>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.36  </xsec>
                   <stat_err value="xsec">                        +/-0.03  </stat_err>
	       </point>
	</measurement>



        <!-- BEBC - nu_mu tot. xsec @ Neon-H2 - Parker et al., Nucl.Phys.B232:1, 1984 -->

	<measurement observable="tot_xsec">
	       <header>
                    Comments can be inserted here
 
                    <ref>
                         <author>   Parker et al.           </author>
                         <journal>  Nucl.Phys.B232:1        </journal>
                         <year>     1984                    </year>
                    </ref>

                    <reaction>              nu_mu p --> mu- X   </reaction>
                    <target>                Neon-Hydrogen       </target>
                    <exposure units="">                         </exposure>
		    <npoints>               1                   </npoints>
		    <data_source>           paper               </data_source>
	       </header>

	       <point>
                   <E units="GeV" frame="lab">                       27.50  </E>
		   <E_min>                                           10.00  </E_min>
		   <E_max>                                          200.00  </E_max>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">   0.46  </xsec>
                   <stat_err value="xsec">                         +/-0.03  </stat_err>
	       </point>
	</measurement>




        <!-- BEBC - nu_mu spp xsec @ H2 - Allen et al., Nucl.Phys.B264:221, 1986 -->

	<measurement observable="spp_xsec">
	       <header>
		     
                    W less than 2 GeV

                    <ref>
                         <author>   Allen et al.             </author>
                         <journal>  Nucl.Phys.B264:221       </journal>
                         <year>     1986                     </year>
                    </ref>

                    <reaction>              nu_mu p --> mu- p pi+  </reaction>
                    <target>                Hydrogen               </target>
                    <exposure units="">                            </exposure>
	            <Wcut>                  no                     </Wcut>
		    <npoints>               5                      </npoints>
		    <data_source>           plot                   </data_source>
	       </header>

	       <point>
                   <E units="GeV" frame="lab">            12.50   </E>
		   <E_min>                                10.00   </E_min>
		   <E_max>                                15.00   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">    0.68   </xsec>
                   <stat_err value="xsec">              +/-0.05   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">            17.50   </E>
		   <E_min>                                15.00   </E_min>
		   <E_max>                                20.00   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">    0.78   </xsec>
                   <stat_err value="xsec">              +/-0.07   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">            25.00   </E>
		   <E_min>                                20.00   </E_min>
		   <E_max>                                30.00   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">    0.65   </xsec>
                   <stat_err value="xsec">              +/-0.08   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">            40.00   </E>
		   <E_min>                                30.00   </E_min>
		   <E_max>                                50.00   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">    0.75   </xsec>
                   <stat_err value="xsec">              +/-0.11   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">            65.00   </E>
		   <E_min>                                50.00   </E_min>
		   <E_max>                                80.00   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">    0.53   </xsec>
                   <stat_err value="xsec">              +/-0.14   </stat_err>
	       </point>
	       
	</measurement>



        <!-- BEBC - nu_mu_bar CC coherent pion production - Marage et al., Z.Phys.C31:191, 1986 -->

	<measurement observable="coh_xsec">
	       <header>
                    comments,...
 
                    <ref>
                         <author>   Marage et al.          </author>
                         <journal>  Z.Phys.C31:191         </journal>
                         <year>     1986                   </year>
                    </ref>

                    <reaction>              nu_mu_bar A --> mu+ A pi- </reaction>
		    <A>                     20                        </A>
                    <target>                Neon-Hydrogen             </target>
                    <exposure units="">                               </exposure>
		    <npoints>               4                         </npoints>
		    <data_source>           plot                      </data_source>
	       </header>

	       <point>
                   <E units="GeV" frame="lab">                  14.00  </E>
		   <E_min>                                       5.00  </E_min>
		   <E_max>                                      20.00  </E_max>
 	           <xsec units="*1.e-38 *cm2/nucleus" norm="A">  1.18  </xsec>
                   <stat_err value="xsec">                    +/-0.25  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                  24.00  </E>
		   <E_min>                                      20.00  </E_min>
		   <E_max>                                      30.00  </E_max>
 	           <xsec units="*1.e-38 *cm2/nucleus" norm="A">  1.48  </xsec>
                   <stat_err value="xsec">                    +/-0.38  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                  40.00  </E>
		   <E_min>                                      30.00  </E_min>
		   <E_max>                                      50.00  </E_max>
 	           <xsec units="*1.e-38 *cm2/nucleus" norm="A">  2.30  </xsec>
                   <stat_err value="xsec">                    +/-0.52  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                  73.00  </E>
		   <E_min>                                      50.00  </E_min>
		   <E_max>                                     150.00  </E_max>
 	           <xsec units="*1.e-38 *cm2/nucleus" norm="A">  3.49  </xsec>
                   <stat_err value="xsec">                    +/-1.13  </stat_err>
	       </point>
	</measurement>


        <!-- BEBC - nu_mu CC coherent pion production - Marage et al., Z.Phys.C43:523, 1989 -->

	<measurement observable="coh_xsec">
	       <header>
                    comments,...
		    A = 20
 
                    <ref>
                         <author>   Marage et al.          </author>
                         <journal>  Z.Phys.C43:523         </journal>
                         <year>     1989                   </year>
                    </ref>

                    <reaction>              nu_mu A --> mu- A pi+  </reaction>
		    <A>                     20                     </A>
                    <target>                Neon-Hydrogen          </target>
                    <exposure units="">                            </exposure>
		    <npoints>               2                      </npoints>
		    <data_source>           plot                   </data_source>
	       </header>

	       <point>
                   <E units="GeV" frame="lab">                     18.00  </E>
		   <E_min>                                          5.00  </E_min>
		   <E_max>                                         30.00  </E_max>
 	           <xsec units="*1.e-38 *cm2/nucleus" norm="A">     1.60  </xsec>
                   <stat_err value="xsec">                       +/-0.60  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                     55.00  </E>
		   <E_min>                                         30.00  </E_min>
		   <E_max>                                        150.00  </E_max>
 	           <xsec units="*1.e-38 *cm2/nucleus" norm="A">     4.30  </xsec>
                   <stat_err value="xsec">                       +/-1.00  </stat_err>
	       </point>
	</measurement>




        <!-- BEBC - nu_mu QE CC xsec @ D, Allasia et al, Nucl.Phys.B343:285, 1990-->

	<measurement observable="qes_xsec">
	       <header>
                    <ref>
                         <author>   Allasia et al.           </author>
                         <journal>  Nucl.Phys.B343:285       </journal>
                         <year>     1990                     </year>
                    </ref>

                    <reaction>              nu_mu n --> mu- p    </reaction>
                    <target>                Deuterium            </target>
                    <exposure units="">                          </exposure>
		    <npoints>               6                    </npoints>
		    <data_source>           author               </data_source>
	       </header>

	       <point>
                   <E units="GeV" frame="lab">                  7.50  </E>
 	           <xsec units="*1.e-38 *cm2" norm="1">         0.81  </xsec>
                   <stat_err value="xsec">                   +/-0.11  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                 12.50  </E>
 	           <xsec units="*1.e-38 *cm2" norm="1">         0.66  </xsec>
                   <stat_err value="xsec">                   +/-0.08  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                 17.50  </E>
 	           <xsec units="*1.e-38 *cm2" norm="1">         0.67  </xsec>
                   <stat_err value="xsec">                   +/-0.08  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                 25.00  </E>
 	           <xsec units="*1.e-38 *cm2" norm="1">         0.81  </xsec>
                   <stat_err value="xsec">                   +/-0.08  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                 40.00  </E>
 	           <xsec units="*1.e-38 *cm2" norm="1">         0.66  </xsec>
                   <stat_err value="xsec">                   +/-0.08  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                100.00  </E>
 	           <xsec units="*1.e-38 *cm2" norm="1">         0.58  </xsec>
                   <stat_err value="xsec">                   +/-0.10  </stat_err>
	       </point>
	</measurement>




        <!-- BEBC - nu_mu SPP xsec @ D, Allasia et al, Nucl.Phys.B343:285, 1990-->

	<measurement observable="spp_xsec">
	       <header>
	            W less than 2 GeV
		    
                    <ref>
                         <author>   Allasia et al.           </author>
                         <journal>  Nucl.Phys.B343:285       </journal>
                         <year>     1990                     </year>
                    </ref>

                    <reaction>              nu_mu p --> mu- p pi+    </reaction>
                    <target>                Deuterium                </target>
                    <exposure units="">                              </exposure>
		    <Wcut>                  2.0                      </Wcut>
		    <npoints>               6                        </npoints>
		    <data_source>           author                   </data_source>
	       </header>

	       <point>
                   <E units="GeV" frame="lab">                  7.5   </E>
		   <E_min>                                      5.0   </E_min>
		   <E_max>                                     10.0   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">         0.88  </xsec>
                   <stat_err value="xsec">                   +/-0.11  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                 12.5   </E>
		   <E_min>                                     10.0   </E_min>
		   <E_max>                                     15.0   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">         0.76  </xsec>
                   <stat_err value="xsec">                   +/-0.08  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                 17.5   </E>
		   <E_min>                                     15.0   </E_min>
		   <E_max>                                     20.0   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">         0.82  </xsec>
                   <stat_err value="xsec">                   +/-0.08  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                 25.0   </E>
		   <E_min>                                     20.0   </E_min>
		   <E_max>                                     30.0   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">         0.73  </xsec>
                   <stat_err value="xsec">                   +/-0.07  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                 40.0   </E>
		   <E_min>                                     30.0   </E_min>
		   <E_max>                                     50.0   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">         0.70  </xsec>
                   <stat_err value="xsec">                   +/-0.08  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                100.0   </E>
		   <E_min>                                     50.0   </E_min>
		   <E_max>                                    150.0   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">         0.67  </xsec>
                   <stat_err value="xsec">                   +/-0.09  </stat_err>
	       </point>
	</measurement>



        <!-- BEBC - nu_mu SPP xsec @ D, Allasia et al, Nucl.Phys.B343:285, 1990-->

	<measurement observable="spp_xsec">
	       <header>
	       
	            W less than 2 GeV 
		    
                    <ref>
                         <author>   Allasia et al.           </author>
                         <journal>  Nucl.Phys.B343:285       </journal>
                         <year>     1990                     </year>
                    </ref>

                    <reaction>   nu_mu n --> mu- p pi0 / mu- n pi+   </reaction>
                    <target>                Deuterium                </target>
                    <exposure units="">                              </exposure>
		    <Wcut>                  2.0                      </Wcut>
		    <npoints>               6                        </npoints>
		    <data_source>           author                   </data_source>
	       </header>

	       <point>
                   <E units="GeV" frame="lab">                  7.5   </E>
		   <E_min>                                      5.0   </E_min>
		   <E_max>                                     10.0   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">         0.79  </xsec>
                   <stat_err value="xsec">                   +/-0.05  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                 12.5   </E>
		   <E_min>                                     10.0   </E_min>
		   <E_max>                                     15.0   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">         0.68  </xsec>
                   <stat_err value="xsec">                   +/-0.04  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                 17.5   </E>
		   <E_min>                                     15.0   </E_min>
		   <E_max>                                     20.0   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">         0.76  </xsec>
                   <stat_err value="xsec">                   +/-0.05  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                 25.0   </E>
		   <E_min>                                     20.0   </E_min>
		   <E_max>                                     30.0   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">         0.64  </xsec>
                   <stat_err value="xsec">                   +/-0.04  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                 40.0   </E>
		   <E_min>                                     30.0   </E_min>
		   <E_max>                                     50.0   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">         0.69  </xsec>
                   <stat_err value="xsec">                   +/-0.05  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                100.0   </E>
		   <E_min>                                     50.0   </E_min>
		   <E_max>                                    150.0   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">         0.65  </xsec>
                   <stat_err value="xsec">                   +/-0.05  </stat_err>
	       </point>
	</measurement>

   </experiment>



   <!-- ********************************************************************* -->
   <!-- *************************** [ANL 12FT] ****************************** -->
   <!-- ********************************************************************* -->
   
   <experiment name="ANL_12FT">

        <exp_info>
           Comments for experiment ANL-12FT

           <facility>                   Argonne National Lab (ANL)     </facility>
           <detector>                   Bubble Chamber                 </detector>
           <target>                     Hydrogen, Deuterium            </target>
           <exposure units="">                                         </exposure>
           <year>                       1973 - 1983                    </year>
           <beam>                       nu_mu                          </beam>
           <E frame="lab" units="GeV">  0 - 6                          </E>
        </exp_info>

        <flux_spectrum beam="numu" flux_units="" E_units="" E_frame="">
	
        </flux_spectrum>



        <!-- ANL-12FT - nu_mu SPP xsec @ H, Campbell et al, Phys.Rev.Lett.30:335, 1973 -->

	<measurement observable="spp_xsec">
	       <header>
                    <ref>
                         <author>   Campbell et al.          </author>
                         <journal>  Phys.Rev.Lett.30:335     </journal>
                         <year>     1973                     </year>
                    </ref>

                    <reaction>              nu_mu p --> mu- p pi+    </reaction>
                    <target>                Hydrogen                 </target>
                    <exposure units="">                              </exposure>
	            <Wcut>                  no                       </Wcut>
		    <npoints>               6                        </npoints>
		    <data_source>           plot                     </data_source>
	       </header>

	       <point>
                   <E units="GeV" frame="lab">                  0.45   </E>
		   <E_min>                                      0.40   </E_min>
		   <E_max>                                      0.50   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">         0.15   </xsec>
                   <stat_err value="xsec">                   +/-0.10   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                  0.625  </E>
		   <E_min>                                      0.50   </E_min>
		   <E_max>                                      0.75   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">         0.25   </xsec>
                   <stat_err value="xsec">                   +/-0.04   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                  0.875  </E>
		   <E_min>                                      0.75   </E_min>
		   <E_max>                                      1.00   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">         0.45   </xsec>
                   <stat_err value="xsec">                   +/-0.10   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                  1.125  </E>
		   <E_min>                                      1.00   </E_min>
		   <E_max>                                      1.25   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">         0.75   </xsec>
                   <stat_err value="xsec">                   +/-0.15   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                  1.875  </E>
		   <E_min>                                      1.25   </E_min>
		   <E_max>                                      2.50   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">         0.78   </xsec>
                   <stat_err value="xsec">                   +/-0.17   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                  5.00   </E>
		   <E_min>                                      2.50   </E_min>
		   <E_max>                                      6.00   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">         0.70   </xsec>
                   <stat_err value="xsec">                   +/-0.43   </stat_err>
	       </point>
	</measurement>




        <!-- ANL-12FT - nu_mu QEL xsec @ D, Mann et al, Phys.Rev.Lett.31:844, 1973 -->

	<measurement observable="qes_xsec">
	       <header>
                    <ref>
                         <author>   Mann et al    .          </author>
                         <journal>  Phys.Rev.Lett.31:844     </journal>
                         <year>     1973                     </year>
                    </ref>

                    <reaction>              nu_mu  n --> mu- p    </reaction>
                    <target>                Deuterium             </target>
                    <exposure units="">                           </exposure>
		    <npoints>               7                     </npoints>
		    <data_source>           plot                  </data_source>
	       </header>

	       <point>
                   <E units="GeV" frame="lab">                  0.225  </E>
		   <E_min>                                      0.15   </E_min>
		   <E_max>                                      0.30   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">         0.44   </xsec>
                   <stat_err value="xsec">                   +/-0.21   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                  0.40   </E>
		   <E_min>                                      0.30   </E_min>
		   <E_max>                                      0.50   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">         0.59   </xsec>
                   <stat_err value="xsec">                   +/-0.16   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                  0.60   </E>
		   <E_min>                                      0.50   </E_min>
		   <E_max>                                      0.70   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">         0.98   </xsec>
                   <stat_err value="xsec">                   +/-0.22   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                  0.80   </E>
		   <E_min>                                      0.70   </E_min>
		   <E_max>                                      0.90   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">         0.76   </xsec>
                   <stat_err value="xsec">                   +/-0.20   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                  1.05   </E>
		   <E_min>                                      0.90   </E_min>
		   <E_max>                                      1.20   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">         1.11   </xsec>
                   <stat_err value="xsec">                   +/-0.26   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                  1.35   </E>
		   <E_min>                                      1.20   </E_min>
		   <E_max>                                      1.50   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">         0.85   </xsec>
                   <stat_err value="xsec">                   +/-0.28   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                  2.00   </E>
		   <E_min>                                      1.50   </E_min>
		   <E_max>                                      2.50   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">         1.72   </xsec>
                   <stat_err value="xsec">                   +/-0.31   </stat_err>
	       </point>
	</measurement>



        <!-- ANL-12FT nu_mu total CC xsec @ H, D - Barish et al, Phys.Lett.B66:291, 1976 -->

	<measurement observable="tot_xsec">
	       <header>
                    Comments can be inserted here
 
                    <ref>
                         <author>   Barish et al.            </author>
                         <journal>  Phys.Lett.B66:291        </journal>
                         <year>     1976                     </year>
                    </ref>

                    <reaction>              nu_mu N --> mu- X     </reaction>
                    <target>                Hydrogen-Deuterium    </target>
                    <exposure units="">                           </exposure>
		    <npoints>               1                     </npoints>
		    <data_source>           paper                 </data_source>
	       </header>

	       <point>
                   <E units="GeV" frame="lab">                       3.00   </E>
		   <E_min>                                           0.20   </E_min>
		   <E_max>                                           6.00   </E_max>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.76   </xsec>
                   <stat_err value="xsec">                        +/-0.03   </stat_err>

	       </point>
	</measurement>



        <!-- ANL-12FT nu_mu QE CC xsec @ H, D - Barish et al, Phys.Rev.D16:3103, 1977 -->

	<measurement observable="qes_xsec">
	       <header>
                    Comments can be inserted here
 
                    <ref>
                         <author>   Barish et al.            </author>
                         <journal>  Phys.Rev.D16:3103        </journal>
                         <year>     1977                     </year>
                    </ref>

                    <reaction>              nu_mu n --> mu- p        </reaction>
                    <target>                Hydroge-Deuterium        </target>
                    <exposure units="">                              </exposure>
		    <npoints>               8                        </npoints>
		    <data_source>           plot                     </data_source>
	       </header>

	       <point>
                   <E units="GeV" frame="lab">                  0.23  </E>
 	           <xsec units="*1.e-38 *cm2" norm="1">         0.29  </xsec>
                   <stat_err value="xsec">                   +/-0.08  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                  0.40  </E>
 	           <xsec units="*1.e-38 *cm2" norm="1">         0.57  </xsec>
                   <stat_err value="xsec">                   +/-0.10  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                  0.60  </E>
 	           <xsec units="*1.e-38 *cm2" norm="1">         0.77  </xsec>
                   <stat_err value="xsec">                   +/-0.10  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                  0.80  </E>
 	           <xsec units="*1.e-38 *cm2" norm="1">         0.72  </xsec>
                   <stat_err value="xsec">                   +/-0.14  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                  1.02  </E>
 	           <xsec units="*1.e-38 *cm2" norm="1">         1.12  </xsec>
                   <stat_err value="xsec">                   +/-0.12  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                  1.38  </E>
 	           <xsec units="*1.e-38 *cm2" norm="1">         1.15  </xsec>
                   <stat_err value="xsec">                   +/-0.28  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                  1.76  </E>
 	           <xsec units="*1.e-38 *cm2" norm="1">         1.02  </xsec>
                   <stat_err value="xsec">                   +/-0.21  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                  2.75  </E>
 	           <xsec units="*1.e-38 *cm2" norm="1">         1.18  </xsec>
                   <stat_err value="xsec">                   +/-0.33  </stat_err>
	       </point>
	</measurement>




        <!-- ANL-12FT nu_mu total CC xsec @ H, D - Barish et al, Phys.Rev.D19:2521, 1979 -->

	<measurement observable="tot_xsec">
	       <header>
                    Comments can be inserted here
 
                    <ref>
                         <author>   Barish et al.            </author>
                         <journal>  Phys.Rev. D19 2521       </journal>
                         <year>     1979                     </year>
                    </ref>

                    <reaction>              nu_mu N --> mu- X            </reaction>
                    <target>                Hydrogen-Deuterium           </target>
                    <exposure units="">                                   </exposure>
		    <npoints>               2                             </npoints>
		    <data_source>     paper, values by Seligman (Columbia) </data_source>
	       </header>

	       <point>
                   <E units="GeV" frame="lab">                       1.10  </E>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.76  </xsec>
                   <stat_err value="xsec">                        +/-0.06  </stat_err>
                   <syst_err value="%*xsec">                      +/-10.00 </syst_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                       3.10  </E>
		   <E_min>                                           0.20  </E_min>
		   <E_max>                                           6.00  </E_max>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.87  </xsec>
                   <stat_err value="xsec">                         +/-0.03 </stat_err>
                   <syst_err value="%*xsec">                      +/-10.00 </syst_err>
	       </point>
	</measurement>




        <!-- ANL-12FT nu_mu SPP xsec @ H, D - Barish et al, Phys.Rev.D19:2521, 1979 -->

	<measurement observable="spp_xsec">
	       <header>
                    Comments can be inserted here
 
                    <ref>
                         <author>   Barish et al.            </author>
                         <journal>  Phys.Rev.D19:2521        </journal>
                         <year>     1979                     </year>
                    </ref>

                    <reaction>              nu_mu p --> mu- p pi+      </reaction>
                    <target>                Hydrogen-Deuterium         </target>
                    <exposure units="">                                </exposure>
	            <Wcut>                  no                         </Wcut>
		    <npoints>               7                          </npoints>
		    <data_source>           paper                      </data_source>
	       </header>

	       <point>
                   <E units="GeV" frame="lab">                  0.45   </E>
		   <E_min>                                      0.40   </E_min>
		   <E_max>                                      0.50   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">         0.036  </xsec>
                   <stat_err value="xsec">                   +/-0.019  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                  0.625  </E>
		   <E_min>                                      0.50   </E_min>
		   <E_max>                                      0.75   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">         0.153  </xsec>
                   <stat_err value="xsec">                   +/-0.033  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                  0.875  </E>
		   <E_min>                                      0.75   </E_min>
		   <E_max>                                      1.00   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">         0.369  </xsec>
                   <stat_err value="xsec">                   +/-0.069  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                  1.125  </E>
		   <E_min>                                      1.00   </E_min>
		   <E_max>                                      1.25   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">         0.479  </xsec>
                   <stat_err value="xsec">                   +/-0.094  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                  1.375  </E>
		   <E_min>                                      1.25   </E_min>
		   <E_max>                                      1.50   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">         0.584  </xsec>
                   <stat_err value="xsec">                   +/-0.127  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                  2.00   </E>
		   <E_min>                                      1.50   </E_min>
		   <E_max>                                      2.50   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">         0.775  </xsec>
                   <stat_err value="xsec">                   +/-0.160  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                  4.25   </E>
		   <E_min>                                      2.50   </E_min>
		   <E_max>                                      6.00   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">         0.739  </xsec>
                   <stat_err value="xsec">                   +/-0.266  </stat_err>
	       </point>
	</measurement>



        <!-- ANL-12FT nu_mu SPP xsec @ H, D - Barish et al, Phys.Rev.D19:2521, 1979 -->

	<measurement observable="spp_xsec">
	       <header>
                    Comments can be inserted here
 
                    <ref>
                         <author>   Barish et al.            </author>
                         <journal>  Phys.Rev.D19:2521        </journal>
                         <year>     1979                     </year>
                    </ref>

                    <reaction>              nu_mu n --> mu- p pi0     </reaction>
                    <target>                Hydrogen-Deuterium        </target>
                    <exposure units="">                               </exposure>
	            <Wcut>                  no                        </Wcut>
		    <npoints>               4                         </npoints>
		    <data_source>           paper                     </data_source>
	       </header>

	       <point>
                   <E units="GeV" frame="lab">                 0.625   </E>
		   <E_min>                                     0.500   </E_min>
		   <E_max>                                     0.750   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">        0.050   </xsec>
                   <stat_err value="xsec">                  +/-0.020   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                 0.875   </E>
		   <E_min>                                     0.750   </E_min>
		   <E_max>                                     1.000   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">        0.150   </xsec>
                   <stat_err value="xsec">                  +/-0.040   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                 1.125   </E>
		   <E_min>                                     1.000   </E_min>
		   <E_max>                                     1.250   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">        0.120   </xsec>
                   <stat_err value="xsec">                  +/-0.050   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                 1.375   </E>
		   <E_min>                                     1.250   </E_min>
		   <E_max>                                     1.500   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">        0.300   </xsec>
                   <stat_err value="xsec">                  +/-0.100   </stat_err>
	       </point>
	</measurement>




        <!-- ANL-12FT nu_mu SPP xsec @ H, D - Barish et al, Phys.Rev.D19:2521, 1979 -->

	<measurement observable="spp_xsec">
	       <header>
                    Comments can be inserted here
 
                    <ref>
                         <author>   Barish et al.            </author>
                         <journal>  Phys.Rev.D19:2521        </journal>
                         <year>     1979                     </year>
                    </ref>

                    <reaction>              nu_mu n --> mu- n pi+      </reaction>
                    <target>                Hydrogen-Deuterium         </target>
                    <exposure units="">                                </exposure>
	            <Wcut>                  no                         </Wcut>
		    <npoints>               5                          </npoints>
		    <data_source>           paper                      </data_source>
	       </header>

	       <point>
                   <E units="GeV" frame="lab">                 0.45    </E>
		   <E_min>                                     0.40    </E_min>
		   <E_max>                                     0.50    </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">        0.02    </xsec>
                   <stat_err value="xsec">                  +/-0.01    </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                 0.625   </E>
		   <E_min>                                     0.50    </E_min>
		   <E_max>                                     0.75    </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">        0.04    </xsec>
                   <stat_err value="xsec">                  +/-0.02    </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                 0.875   </E>
		   <E_min>                                     0.75    </E_min>
		   <E_max>                                     1.00    </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">        0.10    </xsec>
                   <stat_err value="xsec">                  +/-0.03    </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                 1.125   </E>
		   <E_min>                                     1.00    </E_min>
		   <E_max>                                     1.25    </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">        0.16    </xsec>
                   <stat_err value="xsec">                  +/-0.05    </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                 1.375   </E>
		   <E_min>                                     1.25    </E_min>
		   <E_max>                                     1.50    </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">        0.21    </xsec>
                   <stat_err value="xsec">                  +/-0.08    </stat_err>
	       </point>
	</measurement>




        <!-- ANL-12FT, nu_mu SPP xsec @ H, D - Radecky et al, Phys.Rev.D25:1161, 1982 -->

	<measurement observable="spp_xsec">
	       <header>
                    Comments can be inserted here
 
                    <ref>
                         <author>   Radecky et al.           </author>
                         <journal>  Phys.Rev. D25:1161       </journal>
                         <year>     1982                     </year>
                    </ref>

                    <reaction>              nu_mu p --> mu- p pi+     </reaction>
                    <target>                Hydrogen-Deuterium        </target>
                    <exposure units="">                               </exposure>
	            <Wcut>                  no                        </Wcut>
		    <npoints>               8                         </npoints>
		    <data_source>           paper                     </data_source>
	       </header>

	       <point>
                   <E units="GeV" frame="lab">                 0.40   </E>
		   <E_min>                                     0.30   </E_min>
		   <E_max>                                     0.50   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">        0.019  </xsec>
                   <stat_err value="xsec">                  +/-0.006  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                 0.625  </E>
		   <E_min>                                     0.50   </E_min>
		   <E_max>                                     0.75   </E_max>
		   <xsec units="*1.e-38 *cm2" norm="1">        0.155  </xsec>
                   <stat_err value="xsec">                  +/-0.017  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                 0.875  </E>
		   <E_min>                                     0.75   </E_min>
		   <E_max>                                     1.00   </E_max>
		   <xsec units="*1.e-38 *cm2" norm="1">        0.335  </xsec>
                   <stat_err value="xsec">                  +/-0.030  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                 1.125  </E>
		   <E_min>                                     1.00   </E_min>
		   <E_max>                                     1.25   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">        0.435  </xsec>
                   <stat_err value="xsec">                  +/-0.042  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                 1.375  </E>
		   <E_min>                                     1.25   </E_min>
		   <E_max>                                     1.50   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">        0.488  </xsec>
                   <stat_err value="xsec">                  +/-0.055  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                 2.00   </E>
		   <E_min>                                     1.50   </E_min>
		   <E_max>                                     2.50   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">        0.707  </xsec>
                   <stat_err value="xsec">                  +/-0.087  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                 3.00   </E>
		   <E_min>                                     2.50   </E_min>
		   <E_max>                                     3.50   </E_max>
	           <xsec units="*1.e-38 *cm2" norm="1">        0.722  </xsec>
                   <stat_err value="xsec">                  +/-0.174  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                 4.75   </E>
		   <E_min>                                     3.50   </E_min>
		   <E_max>                                     6.00   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">        0.552  </xsec>
                   <stat_err value="xsec">                  +/-0.150  </stat_err>
	       </point>
	</measurement>




        <!-- ANL-12FT, nu_mu SPP xsec @ H, D - Radecky et al, Phys.Rev.D25:1161, 1982 -->

	<measurement observable="spp_xsec">
	       <header>
                    Comments can be inserted here
 
                    <ref>
                         <author>   Radecky et al.           </author>
                         <journal>  Phys.Rev.D25:1161        </journal>
                         <year>     1982                     </year>
                    </ref>

                    <reaction>              nu_mu n --> mu- p pi0     </reaction>
                    <target>                Hydrogen-Deuterium        </target>
                    <exposure units="">                               </exposure>
	            <Wcut>                  no                        </Wcut>
		    <npoints>               5                         </npoints>
		    <data_source>           paper                     </data_source>
	       </header>

	       <point>
                   <E units="GeV" frame="lab">                  0.40   </E>
		   <E_min>                                      0.30   </E_min>
		   <E_max>                                      0.50   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">         0.006  </xsec>
                   <stat_err value="xsec">                   +/-0.004  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                  0.625  </E>
		   <E_min>                                      0.50   </E_min>
		   <E_max>                                      0.75   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">         0.052  </xsec>
                   <stat_err value="xsec">                   +/-0.012  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                  0.875  </E>
		   <E_min>                                      0.75   </E_min>
		   <E_max>                                      1.00   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">         0.147  </xsec>
                   <stat_err value="xsec">                   +/-0.025  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                  1.125  </E>
		   <E_min>                                      1.00   </E_min>
		   <E_max>                                      1.25   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">         0.121  </xsec>
                   <stat_err value="xsec">                   +/-0.027  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                  1.375  </E>
		   <E_min>                                      1.25   </E_min>
		   <E_max>                                      1.50   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">         0.227  </xsec>
                   <stat_err value="xsec">                   +/-0.048  </stat_err>
	       </point>
	</measurement>




        <!-- ANL-12FT, nu_mu SPP xsec @ H, D - Radecky et al, Phys.Rev.D25:1161, 1982 -->

	<measurement observable="spp_xsec">
	       <header>
                    Comments can be inserted here
 
                    <ref>
                         <author>   Radecky et al.           </author>
                         <journal>  Phys.Rev.D25:1161        </journal>
                         <year>     1982                     </year>
                    </ref>

                    <reaction>              nu_mu n --> mu- n pi+     </reaction>
                    <target>                Hydrogen-Deuterium        </target>
                    <exposure units="">                               </exposure>
	            <Wcut>                  no                        </Wcut>
		    <npoints>               5                         </npoints>
		    <data_source>           paper                     </data_source>
	       </header>

	       <point>
                   <E units="GeV" frame="lab">                  0.40   </E>
		   <E_min>                                      0.30   </E_min>
		   <E_max>                                      0.50   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">         0.009  </xsec>
                   <stat_err value="xsec">                   +/-0.005  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                  0.625  </E>
		   <E_min>                                      0.50   </E_min>
		   <E_max>                                      0.75   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">         0.061  </xsec>
                   <stat_err value="xsec">                   +/-0.012  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                  0.875  </E>
		   <E_min>                                      0.75   </E_min>
		   <E_max>                                      1.00   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">         0.109  </xsec>
                   <stat_err value="xsec">                   +/-0.020  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                  1.125  </E>
		   <E_min>                                      1.00   </E_min>
		   <E_max>                                      1.25   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">         0.132  </xsec>
                   <stat_err value="xsec">                   +/-0.026  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                  1.375  </E>
		   <E_min>                                      1.25   </E_min>
		   <E_max>                                      0.50   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">         0.166  </xsec>
                   <stat_err value="xsec">                   +/-0.037  </stat_err>
	       </point>
	</measurement>




        <!-- ANL-12FT, nu_mu MPP xsec @ D - Day et al, Phys.Rev.D28:2714, 1983 -->

	<measurement observable="mpp_xsec">
	       <header>
	       
                    <ref>
                         <author>   Day et al.               </author>
                         <journal>  Phys.Rev.D28:2714        </journal>
                         <year>     1983                     </year>
                    </ref>

                    <reaction>              nu_mu n --> mu- p pi+ pi-      </reaction>
                    <target>                Deuterium                      </target>
                    <exposure units="">                                    </exposure>
		    <npoints>               5                              </npoints>
		    <data_source>           paper                          </data_source>
	       </header>

	       <point>
                   <E units="GeV" frame="lab">                  1.125  </E>
		   <E_min>                                      0.850  </E_min>
		   <E_max>                                      1.400  </E_max>
 	           <xsec units="*1.e-41 *cm2" norm="1">        13.7    </xsec>
                   <stat_err value="xsec">                   +/-5.3    </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                  1.700  </E>
		   <E_min>                                      1.400  </E_min>
		   <E_max>                                      2.000  </E_max>
 	           <xsec units="*1.e-41 *cm2" norm="1">        99.0    </xsec>
                   <stat_err value="xsec">                  +/-30.0    </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                  2.300  </E>
		   <E_min>                                      2.000  </E_min>
		   <E_max>                                      2.600  </E_max>
 	           <xsec units="*1.e-41 *cm2" norm="1">       216.0    </xsec>
                   <stat_err value="xsec">                  +/-81.0    </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                  3.000  </E>
		   <E_min>                                      2.600  </E_min>
		   <E_max>                                      3.400  </E_max>
 	           <xsec units="*1.e-41 *cm2" norm="1">       404.0    </xsec>
                   <stat_err value="xsec">                 +/-168.0    </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                  4.475  </E>
		   <E_min>                                      3.400  </E_min>
		   <E_max>                                      5.550  </E_max>
 	           <xsec units="*1.e-41 *cm2" norm="1">       352.0    </xsec>
                   <stat_err value="xsec">                 +/-140.0    </stat_err>
	       </point>
	</measurement>




        <!-- ANL-12FT, nu_mu MPP xsec @ D - Day et al, Phys.Rev.D28:2714, 1983 -->

	<measurement observable="mpp_xsec">
	       <header>
	       
                    <ref>
                         <author>   Day et al.               </author>
                         <journal>  Phys.Rev.D28:2714        </journal>
                         <year>     1983                     </year>
                    </ref>

                    <reaction>              nu_mu p --> mu- p pi+ pi0      </reaction>
                    <target>                Deuterium                      </target>
                    <exposure units="">                                    </exposure>
		    <npoints>               5                              </npoints>
		    <data_source>           paper                          </data_source>
	       </header>

	       <point>
                   <E units="GeV" frame="lab">                  1.075  </E>
		   <E_min>                                      0.750  </E_min>
		   <E_max>                                      1.400  </E_max>
 	           <xsec units="*1.e-41 *cm2" norm="1">        14.0    </xsec>
                   <stat_err value="xsec">                   +/-4.8    </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                  1.700  </E>
		   <E_min>                                      1.400  </E_min>
		   <E_max>                                      2.000  </E_max>
 	           <xsec units="*1.e-41 *cm2" norm="1">        66.7    </xsec>
                   <stat_err value="xsec">                  +/-24.6    </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                  2.300  </E>
		   <E_min>                                      2.000  </E_min>
		   <E_max>                                      2.600  </E_max>
 	           <xsec units="*1.e-41 *cm2" norm="1">       125.0    </xsec>
                   <stat_err value="xsec">                  +/-83.0    </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                  3.000  </E>
		   <E_min>                                      2.600  </E_min>
		   <E_max>                                      3.400  </E_max>
 	           <xsec units="*1.e-41 *cm2" norm="1">       681.0    </xsec>
                   <stat_err value="xsec">                 +/-276.0    </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                  4.225  </E>
		   <E_min>                                      3.400  </E_min>
		   <E_max>                                      5.050  </E_max>
 	           <xsec units="*1.e-41 *cm2" norm="1">       511.0    </xsec>
                   <stat_err value="xsec">                 +/-209.0    </stat_err>
	       </point>
	</measurement>




        <!-- ANL-12FT, nu_mu MPP xsec @ D - Day et al, Phys.Rev.D28:2714, 1983 -->

	<measurement observable="mpp_xsec">
	       <header>
	       
                    <ref>
                         <author>   Day et al.               </author>
                         <journal>  Phys.Rev.D28:2714        </journal>
                         <year>     1983                     </year>
                    </ref>

                    <reaction>              nu_mu p --> mu- n pi+ pi+      </reaction>
                    <target>                Deuterium                       </target>
                    <exposure units="">                                     </exposure>
		    <npoints>               5                               </npoints>
		    <data_source>           paper                           </data_source>
	       </header>

	       <point>
                   <E units="GeV" frame="lab">                  1.250  </E>
		   <E_min>                                      1.100  </E_min>
		   <E_max>                                      1.400  </E_max>
 	           <xsec units="*1.e-41 *cm2" norm="1">        19.3    </xsec>
                   <stat_err value="xsec">                  +/-10.6    </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                  1.700  </E>
		   <E_min>                                      1.400  </E_min>
		   <E_max>                                      2.000  </E_max>
 	           <xsec units="*1.e-41 *cm2" norm="1">        87.0    </xsec>
                   <stat_err value="xsec">                  +/-31.1    </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                  2.300  </E>
		   <E_min>                                      2.000  </E_min>
		   <E_max>                                      2.600  </E_max>
 	           <xsec units="*1.e-41 *cm2" norm="1">       350.0    </xsec>
                   <stat_err value="xsec">                 +/-131.0    </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                  3.000  </E>
		   <E_min>                                      2.600  </E_min>
		   <E_max>                                      3.400  </E_max>
 	           <xsec units="*1.e-41 *cm2" norm="1">       690.0    </xsec>
                   <stat_err value="xsec">                 +/-286.0    </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                  4.475  </E>
		   <E_min>                                      3.400  </E_min>
		   <E_max>                                      5.550  </E_max>
 	           <xsec units="*1.e-41 *cm2" norm="1">       267.0    </xsec>
                   <stat_err value="xsec">                 +/-137.0    </stat_err>
	       </point>
	</measurement>

   </experiment>


   <!-- ********************************************************************* -->
   <!-- **************************** [BNL 7FT] ****************************** -->
   <!-- ********************************************************************* -->
   
   
   <experiment name="BNL_7FT">

        <exp_info>
	
           BNL-E-0427 - Took 1380 KPX (? - Jun. 1977)
	   spokesperson: N.Samios
	   
           BNL-E-0639 - Took 688 KPX (1977 - Mar. 1978)
	   spokesperson: C.Baltay
	   
           BNL-E-0737 - An extension of BNL-427 - Took 802 KPX (Nov. 1979- Jan. 1980)
	   spokesperson: R.B.Palmer

           <facility>                   Brookhaven National Lab (BNL)  </facility>
           <detector>                   Bubble Chamber                 </detector>
           <target>                     Hydrogen - Deuterium - Neon    </target>
           <exposure units="">                                         </exposure>
           <year>                       1980 - 1990                    </year>
           <beam>                       nu_mu - nu_mu_bar              </beam>
           <E frame="lab" units="GeV">  0.7 - 15                       </E>
        </exp_info>

        <flux_spectrum beam="numu" flux_units="" E_units="GeV" E_frame="lab">

        </flux_spectrum>


        <flux_spectrum beam="numubar" flux_units="" E_units="GeV" E_frame="lab">

        </flux_spectrum>



       <!-- Baltay 1980, Phys.Rev.Lett.44:916, BNL-7FT - nu_mu total CC xsec @ Ne-H2 -->

	<measurement observable="tot_xsec">
	       <header>
                    Comments can be inserted here
 
                    <ref>
                         <author>   Baltay et al.            </author>
                         <journal>  Phys.Rev.Lett.44:916     </journal>
                         <year>     1980                     </year>
                    </ref>

                    <reaction>              nu_mu N --> mu- X         </reaction>
                    <target>                Hydrogen-Neon             </target>
                    <exposure units="">                               </exposure>
		    <npoints>               2                         </npoints>
		    <data_source>           paper                     </data_source>
	       </header>

	       <point>
                   <E units="GeV" frame="lab">                        3.00   </E>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">   0.79   </xsec>
                   <stat_err value="xsec">                         +/-0.15   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                        9.00   </E>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">   0.75   </xsec>
                   <stat_err value="xsec">                         +/-0.23   </stat_err>
	       </point>
	</measurement>




        <!-- Fanourakis 1980, Phys.Rev.D21 562, BNL-7FT - nu_mu_bar total CC xsec @ H2 -->

	<measurement observable="tot_xsec">
	       <header>
                    Comments can be inserted here
 
                    <ref>
                         <author>   Fanourakis et al.        </author>
                         <journal>  Phys.Rev.D21:562         </journal>
                         <year>     1980                     </year>
                    </ref>

                    <reaction>              nu_mu_bar N --> mu+ X       </reaction>
                    <target>                Hydrogen                    </target>
                    <exposure units="">                                 </exposure>
		    <npoints>               1                           </npoints>
		    <data_source>           paper                       </data_source>
	       </header>

	       <point>
                   <E units="GeV" frame="lab">                  1.30   </E>
		   <E_min>                                      1.00   </E_min>
		   <E_max>                                      4.00   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">         0.32   </xsec>
                   <stat_err value="xsec">                   +/-0.08   </stat_err>
	       </point>
	</measurement>



        <!-- Fanourakis 1980, Phys.Rev.D21 562, BNL-7FT - nu_mu_bar QEL CC xsec @ H2 -->

	<measurement observable="qes_xsec">
	       <header>
                    Comments can be inserted here
 
                    <ref>
                         <author>   Fanourakis et al.        </author>
                         <journal>  Phys.Rev.D21:562         </journal>
                         <year>     1980                     </year>
                    </ref>

                    <reaction>              nu_mu_bar p --> mu+ n       </reaction>
                    <target>                Hydrogen                    </target>
                    <exposure units="">                                 </exposure>
		    <npoints>               1                           </npoints>
		    <data_source>           paper                       </data_source>
	       </header>

	       <point>
                   <E units="GeV" frame="lab">                  1.30   </E>
		   <E_min>                                      1.00   </E_min>
		   <E_max>                                      4.00   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">         0.50   </xsec>
                   <stat_err value="xsec">                   +/-0.20   </stat_err>
	       </point>
	</measurement>




        <!-- Baker 1981, Phys.Rev.D23 2499, BNL-7FT - nu_mu QE CC xsec @ D2 -->

	<measurement observable="qes_xsec">
	       <header>
                    BNL-737, wide band neutrino beam, average Enu = 1.6 GeV
 
                    <ref>
                         <author>   Baker et al.             </author>
                         <journal>  Phys.Rev.D23:2499        </journal>
                         <year>     1981                     </year>
                    </ref>

                    <reaction>              nu_mu n --> mu- p   </reaction>
                    <target>                Deuterium           </target>
                    <exposure units="">                         </exposure>
		    <npoints>               4                   </npoints>
		    <data_source>           plot                </data_source>
	       </header>

	       <point>
                   <E units="GeV" frame="lab">                0.7    </E>
 	           <xsec units="*1.e-38 *cm2" norm="1">       0.96   </xsec>
                   <stat_err value="xsec">                 +/-0.08   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                1.2    </E>
 	           <xsec units="*1.e-38 *cm2" norm="1">       1.18   </xsec>
                   <stat_err value="xsec">                 +/-0.06   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                2.0    </E>
 	           <xsec units="*1.e-38 *cm2" norm="1">       1.10   </xsec>
                   <stat_err value="xsec">                 +/-0.10   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                2.2    </E>
 	           <xsec units="*1.e-38 *cm2" norm="1">       0.90   </xsec>
                   <stat_err value="xsec">                 +/-0.11   </stat_err>
	       </point>
	</measurement>




        <!-- Baker 1982, Phys.Rev.D25 617, BNL-7FT - nu_mu tot CC xsec @ D2 -->

	<measurement observable="tot_xsec">
	       <header>
	       
                    PDG reported only average cross section at 3.2 GeV: 0.80 +/- 0.03
		    
                    <ref>
                         <author>   Baker et al.             </author>
                         <journal>  Phys.Rev.D25:617         </journal>
                         <year>     1982                     </year>
                    </ref>

                    <reaction>              nu_mu N --> mu- X     </reaction>
                    <target>                Deuterium             </target>
                    <exposure units="">                           </exposure>
		    <npoints>               13                    </npoints>
		    <data_source>           plot                  </data_source>
	       </header>

	       <point>
                   <E units="GeV" frame="lab">                          0.7    </E>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">     1.09   </xsec>
                   <stat_err value="xsec">                           +/-0.08   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                          0.9    </E>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">     0.97   </xsec>
                   <stat_err value="xsec">                           +/-0.07   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                          1.2    </E>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">     0.98   </xsec>
                   <stat_err value="xsec">                           +/-0.07   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                          1.3    </E>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">     0.85   </xsec>
                   <stat_err value="xsec">                           +/-0.07   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                          1.6    </E>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">     0.78   </xsec>
                   <stat_err value="xsec">                           +/-0.06   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                          1.8    </E>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">     0.79   </xsec>
                   <stat_err value="xsec">                           +/-0.07   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                          2.0    </E>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">     0.80   </xsec>
                   <stat_err value="xsec">                           +/-0.08   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                          2.7    </E>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">     0.83   </xsec>
                   <stat_err value="xsec">                           +/-0.08   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                          3.0    </E>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">     0.79   </xsec>
                   <stat_err value="xsec">                           +/-0.10   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                          3.5    </E>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">     0.91   </xsec>
                   <stat_err value="xsec">                           +/-0.14   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                          4.0    </E>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">     0.85   </xsec>
                   <stat_err value="xsec">                           +/-0.17   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                          5.0    </E>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">     0.78   </xsec>
                   <stat_err value="xsec">                           +/-0.11   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                          7.5    </E>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">     0.70   </xsec>
                   <stat_err value="xsec">                           +/-0.15   </stat_err>
	       </point>
	</measurement>




        <!-- Kitagaki 1986, Phys.Rev.D34 2554, BNL-7FT - nu_mu @ D2, SPP xsec -->

	<measurement observable="spp_xsec">
	       <header>
	       
                    <ref>
                         <author>   Kitagaki et al.          </author>
                         <journal>  Phys.Rev.D34:2554        </journal>
                         <year>     1986                     </year>
                    </ref>

                    <reaction>              nu_mu p --> mu- p pi-   </reaction>
                    <target>                Deuterium               </target>
                    <exposure units="">                             </exposure>
	            <Wcut>                  no                      </Wcut>
		    <npoints>               8                       </npoints>
		    <data_source>           plot                    </data_source>
	       </header>

	       <point>
                   <E units="GeV" frame="lab">                  0.65   </E>
		   <E_min>                                      0.50   </E_min>
		   <E_max>                                      0.80   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">         0.20   </xsec>
                   <stat_err value="xsec">                   +/-0.05   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                  0.90   </E>
		   <E_min>                                      0.80   </E_min>
		   <E_max>                                      1.00   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">         0.50   </xsec>
                   <stat_err value="xsec">                   +/-0.09   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                  1.10   </E>
		   <E_min>                                      1.00   </E_min>
		   <E_max>                                      1.20   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">         0.70   </xsec>
                   <stat_err value="xsec">                   +/-0.10   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                  1.30   </E>
		   <E_min>                                      1.20   </E_min>
		   <E_max>                                      1.40   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">         0.75   </xsec>
                   <stat_err value="xsec">                   +/-0.10   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                  1.50   </E>
		   <E_min>                                      1.40   </E_min>
		   <E_max>                                      1.60   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">         0.80   </xsec>
                   <stat_err value="xsec">                   +/-0.10   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                  1.70   </E>
		   <E_min>                                      1.60   </E_min>
		   <E_max>                                      1.80   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">         0.90   </xsec>
                   <stat_err value="xsec">                   +/-0.12   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                  1.90   </E>
		   <E_min>                                      1.80   </E_min>
		   <E_max>                                      2.00   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">         0.85   </xsec>
                   <stat_err value="xsec">                   +/-0.14   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                  2.50   </E>
		   <E_min>                                      2.00   </E_min>
		   <E_max>                                      3.00   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">         0.92   </xsec>
                   <stat_err value="xsec">                   +/-0.14   </stat_err>
	       </point>
	</measurement>





        <!-- Kitagaki 1986, Phys.Rev.D34 2554, BNL-7FT - nu_mu @ D2, SPP xsec -->

	<measurement observable="spp_xsec">
	       <header>
	       
                    <ref>
                         <author>   Kitagaki et al.          </author>
                         <journal>  Phys.Rev.D34:2554        </journal>
                         <year>     1986                     </year>
                    </ref>

                    <reaction>              nu_mu n --> mu- p pi0   </reaction>
                    <target>                Deuterium               </target>
                    <exposure units="">                             </exposure>
	            <Wcut>                  no                      </Wcut>
		    <npoints>               9                       </npoints>
		    <data_source>           plot                    </data_source>
	       </header>

	       <point>
                   <E units="GeV" frame="lab">                  0.65   </E>
		   <E_min>                                      0.50   </E_min>
		   <E_max>                                      0.80   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">         0.12   </xsec>
                   <stat_err value="xsec">                   +/-0.03   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                  0.90   </E>
		   <E_min>                                      0.80   </E_min>
		   <E_max>                                      1.00   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">         0.19   </xsec>
                   <stat_err value="xsec">                   +/-0.03   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                  1.10   </E>
		   <E_min>                                      1.00   </E_min>
		   <E_max>                                      1.20   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">         0.25   </xsec>
                   <stat_err value="xsec">                   +/-0.03   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                  1.30   </E>
		   <E_min>                                      1.20   </E_min>
		   <E_max>                                      1.40   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">         0.28   </xsec>
                   <stat_err value="xsec">                   +/-0.04   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                  1.50   </E>
		   <E_min>                                      1.40   </E_min>
		   <E_max>                                      1.60   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">         0.25   </xsec>
                   <stat_err value="xsec">                   +/-0.03   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                  1.70   </E>
		   <E_min>                                      1.60   </E_min>
		   <E_max>                                      1.80   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">         0.39   </xsec>
                   <stat_err value="xsec">                   +/-0.06   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                  1.90   </E>
		   <E_min>                                      1.80   </E_min>
		   <E_max>                                      2.00   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">         0.30   </xsec>
                   <stat_err value="xsec">                   +/-0.05   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                  2.25   </E>
		   <E_min>                                      2.00   </E_min>
		   <E_max>                                      2.50   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">         0.50   </xsec>
                   <stat_err value="xsec">                   +/-0.09   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                  2.75   </E>
		   <E_min>                                      2.50   </E_min>
		   <E_max>                                      3.50   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">         0.48   </xsec>
                   <stat_err value="xsec">                   +/-0.10   </stat_err>
	       </point>
	</measurement>




        <!-- Kitagaki 1986, Phys.Rev.D34 2554, BNL-7FT - nu_mu @ D2, SPP xsec -->

	<measurement observable="spp_xsec">
	       <header>
	       
                    <ref>
                         <author>   Kitagaki et al.          </author>
                         <journal>  Phys.Rev.D34:2554        </journal>
                         <year>     1986                     </year>
                    </ref>

                    <reaction>              nu_mu n --> mu- n pi+   </reaction>
                    <target>                Deuterium               </target>
                    <exposure units="">                             </exposure>
	            <Wcut>                  no                      </Wcut>
		    <npoints>               9                       </npoints>
		    <data_source>           plot                    </data_source>
	       </header>

	       <point>
                   <E units="GeV" frame="lab">                  0.65   </E>
		   <E_min>                                      0.50   </E_min>
		   <E_max>                                      0.80   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">         0.11   </xsec>
                   <stat_err value="xsec">                   +/-0.03   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                  0.90   </E>
		   <E_min>                                      0.80   </E_min>
		   <E_max>                                      1.00   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">         0.13   </xsec>
                   <stat_err value="xsec">                   +/-0.03   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                  1.10   </E>
		   <E_min>                                      1.00   </E_min>
		   <E_max>                                      1.20   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">         0.19   </xsec>
                   <stat_err value="xsec">                   +/-0.03   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                  1.30   </E>
		   <E_min>                                      1.20   </E_min>
		   <E_max>                                      1.40   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">         0.22   </xsec>
                   <stat_err value="xsec">                   +/-0.04   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                  1.50   </E>
		   <E_min>                                      1.40   </E_min>
		   <E_max>                                      1.60   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">         0.15   </xsec>
                   <stat_err value="xsec">                   +/-0.03   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                  1.70   </E>
		   <E_min>                                      1.60   </E_min>
		   <E_max>                                      1.80   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">         0.20   </xsec>
                   <stat_err value="xsec">                   +/-0.03   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                  1.90   </E>
		   <E_min>                                      1.80   </E_min>
		   <E_max>                                      2.00   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">         0.34   </xsec>
                   <stat_err value="xsec">                   +/-0.08   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                  2.25   </E>
		   <E_min>                                      2.00   </E_min>
		   <E_max>                                      2.50   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">         0.45   </xsec>
                   <stat_err value="xsec">                   +/-0.09   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                  2.75   </E>
		   <E_min>                                      2.50   </E_min>
		   <E_max>                                      3.50   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">         0.32   </xsec>
                   <stat_err value="xsec">                   +/-0.09   </stat_err>
	       </point>
	</measurement>




        <!-- Kitagaki 1986, Phys.Rev.D34 2554, BNL-7FT - nu_mu @ D2, multipion production -->

	<measurement observable="mpp_xsec">
	       <header>
	       
                    <ref>
                         <author>   Kitagaki et al.          </author>
                         <journal>  Phys.Rev.D34:2554        </journal>
                         <year>     1986                     </year>
                    </ref>

                    <reaction>              nu_mu n --> mu- p pi+ pi-       </reaction>
                    <target>                Deuterium                       </target>
                    <exposure units="">                                     </exposure>
		    <npoints>               10                              </npoints>
		    <data_source>           plot                            </data_source>
	       </header>

	       <point>
                   <E units="GeV" frame="lab">                  0.70   </E>
		   <E_min>                                      0.50   </E_min>
		   <E_max>                                      0.90   </E_max>
 	           <xsec units="*1.e-41 *cm2" norm="1">         1.5    </xsec>
                   <stat_err value="xsec">                   +/-1.5    </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                  1.11   </E>
		   <E_min>                                      1.01   </E_min>
		   <E_max>                                      1.21   </E_max>
 	           <xsec units="*1.e-41 *cm2" norm="1">        27.0    </xsec>
                   <stat_err value="xsec">                   +/-8.0    </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                  1.30   </E>
		   <E_min>                                      1.20   </E_min>
		   <E_max>                                      1.40   </E_max>
 	           <xsec units="*1.e-41 *cm2" norm="1">        80.0    </xsec>
                   <stat_err value="xsec">                  +/-20.0    </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                  1.50   </E>
		   <E_min>                                      1.40   </E_min>
		   <E_max>                                      1.60   </E_max>
 	           <xsec units="*1.e-41 *cm2" norm="1">        55.0    </xsec>
                   <stat_err value="xsec">                  +/-15.0    </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                  1.60   </E>
		   <E_min>                                      1.50   </E_min>
		   <E_max>                                      1.70   </E_max>
 	           <xsec units="*1.e-41 *cm2" norm="1">       100.0    </xsec>
                   <stat_err value="xsec">                  +/-25.0    </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                  2.00   </E>
		   <E_min>                                      1.85   </E_min>
		   <E_max>                                      2.15   </E_max>
 	           <xsec units="*1.e-41 *cm2" norm="1">       220.0    </xsec>
                   <stat_err value="xsec">                 +/-130.0    </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                  2.50   </E>
		   <E_min>                                      2.20   </E_min>
		   <E_max>                                      2.80   </E_max>
 	           <xsec units="*1.e-41 *cm2" norm="1">       310.0    </xsec>
                   <stat_err value="xsec">                 +/-130.0    </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                  3.50   </E>
		   <E_min>                                      3.20   </E_min>
		   <E_max>                                      3.80   </E_max>
 	           <xsec units="*1.e-41 *cm2" norm="1">       590.0    </xsec>
                   <stat_err value="xsec">                 +/-140.0    </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                  5.00   </E>
		   <E_min>                                      3.50   </E_min>
		   <E_max>                                      5.50   </E_max>
 	           <xsec units="*1.e-41 *cm2" norm="1">       620.0    </xsec>
                   <stat_err value="xsec">                 +/-140.0    </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                 10.00   </E>
		   <E_min>                                      5.50   </E_min>
		   <E_max>                                     14.50   </E_max>
 	           <xsec units="*1.e-41 *cm2" norm="1">       800.0    </xsec>
                   <stat_err value="xsec">                 +/-170.0    </stat_err>
	       </point>
	</measurement>

   </experiment>



   <!-- ********************************************************************* -->
   <!-- ************************** [FNAL 15FT] ****************************** -->
   <!-- ********************************************************************* -->
   
   <experiment name="FNAL_15FT">

        <exp_info>

           FNAL-E-0632 (May 1985 - Feb. 1988).
	   Spokespersons: Douglas R.O. Morisson, Michael W. Peters.
           The main aim is an exploratory search for new particles and effects 
	   in a new energy range.  Also studies like-sign dileptons and neutral 
	   current interactions using the Internal Picket Fence to identify such 
	   events. Other topics include coherent effects, strange particle production, 
	   etc. Uses three conventional cameras with 500-micron resolution and a high 
	   resolution holographic optical system with 100-micron resolution in the 
	   central part of the chamber.

           FNAL-E-0545 (28 Jun. 1978 - 17 Jan. 1979), spokesperson: G.S.Snow
           Evolved from FNAL-151 and -227. Uses the emi. Took 317 KPX in the wide-band 
	   neutrino beam with one horn and a proton energy of 350 GeV.

           FNAL-E-0388 (24 Jun. 1977 - 12 Sep. 1979), spokesperson: V.Z.Peterson
           Dichromatic beam incident on Ne-H2 fill. Momenta given here are for 300 
	   and 400 GeV protons. Took 181 KPX.

           FNAL-E-0045 (? - 13 Jan. 1976), spokesperson: F.A.Nezrick
           Momentum given here indicates range of usable neutrino flux. Took 162 KPX.

           FNAL-E-0031 (? - 13 Aug. 1977), spokesperson: M.Derrick
           Topics studied include the neutral-to-charged-current ratio, properties 
	   of the hadronic system, rho0 production, scaling in fragmentation, etc. 
	   Momenta given here indicate range of usable flux. Took 211 KPX.

           <facility>                   Fermi National Accelerator Lab (FNAL)     </facility>
           <detector>                   15-foot Bubble Chamber                    </detector>
           <target>                     Hydrogen - Deuterium - Neon               </target>
           <exposure units="">                                                    </exposure>
           <year>                       1978 - 1993                               </year>
           <beam>                       nu_mu - nu_mu_bar                         </beam>
           <E frame="lab" units="GeV">  1- 600                                    </E>
        </exp_info>

        <flux_spectrum beam="numu" flux_units="" E_units="" E_frame="">
	
        </flux_spectrum>


        <flux_spectrum beam="numubar" flux_units="" E_units="" E_frame="">
	
        </flux_spectrum>



        <!-- Bell 1978, Phys.Rev.Lett.41 1008, FNAL-15FT BC (FNAL-E-0045) -->
        <!-- CC, single pion production @ H2: nu_mu p -> p pi+ mu- -->

	<measurement observable="spp_xsec">
	       <header>
                    Comments for this measurement can be entered
 
                    <ref>
                         <author>   Bell et al.              </author>
                         <journal>  Phys.Rev.Lett.41:1008    </journal>
                         <year>     1978                     </year>
                    </ref>

                    <reaction>           nu_mu p --> mu- p pi+   </reaction>
                    <target>             Hydrogen                </target>
                    <exposure units="">                          </exposure>
	            <Wcut>               no                      </Wcut>
		    <npoints>            5                       </npoints>
		    <data_source>        plot                    </data_source>
	       </header>
	       
	       <point>
                   <E units="GeV" frame="lab">                 12.50   </E>
		   <E_min>                                     10.00   </E_min>
		   <E_max>                                     15.00   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">         0.66   </xsec>
                   <stat_err value="xsec">                   +/-0.13   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                 17.50   </E>
		   <E_min>                                     15.00   </E_min>
		   <E_max>                                     20.00   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">         0.55   </xsec>
                   <stat_err value="xsec">                   +/-0.15   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                 25.00   </E>
		   <E_min>                                     20.00   </E_min>
		   <E_max>                                     30.00   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">         0.72   </xsec>
                   <stat_err value="xsec">                   +/-0.15   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                 35.00   </E>
		   <E_min>                                     30.00   </E_min>
		   <E_max>                                     40.00   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">         0.70   </xsec>
                   <stat_err value="xsec">                   +/-0.20   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                 70.00   </E>
		   <E_min>                                     40.00   </E_min>
		   <E_max>                                    100.00   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">         0.46   </xsec>
                   <stat_err value="xsec">                   +/-0.18   </stat_err>
	       </point>
	</measurement>




        <!-- Kitagaki 1982, Phys.Rev.Lett.49 98, FNAL-15FT BC (FNAL-E-0545) -->
        <!-- CC, total cross section @ D2: nu_mu N -> mu- X -->

	<measurement observable="tot_xsec">
	       <header>
                    Comments for this measurement can be entered
 
                    <ref>
                         <author>   Kitagaki et al.        </author>
                         <journal>  Phys.Rev.Lett.49:98    </journal>
                         <year>     1982                   </year>
                    </ref>

                    <reaction>           nu_mu N --> mu- X  </reaction>
                    <target>             Deuterium          </target>
                    <exposure units="">                     </exposure>
		    <npoints>            6                  </npoints>
		    <data_source>        paper              </data_source>
	       </header>
	       
	       <point>
                   <E units="GeV" frame="lab">                  14.80   </E>
		   <E_min>                                      10.00   </E_min>
		   <E_max>                                      20.00   </E_max>
 	           <xsec units="*1.e-38 *cm2/GeV" norm="E">      0.67   </xsec>
                   <stat_err value="xsec">                    +/-0.05   </stat_err>
                   <syst_err value="%*xsec">                 +/-15.00   </syst_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                  24.40   </E>
		   <E_min>                                      20.00   </E_min>
		   <E_max>                                      30.00   </E_max>
 	           <xsec units="*1.e-38 *cm2/GeV" norm="E">      0.67   </xsec>
                   <stat_err value="xsec">                    +/-0.08   </stat_err>
                   <syst_err value="%*xsec">                 +/-15.00   </syst_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                  34.50   </E>
		   <E_min>                                      30.00   </E_min>
		   <E_max>                                      40.00   </E_max>
 	           <xsec units="*1.e-38 *cm2/GeV" norm="E">      0.74   </xsec>
                   <stat_err value="xsec">                    +/-0.09   </stat_err>
                   <syst_err value="%*xsec">                 +/-14.00   </syst_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                 44.50   </E>
		   <E_min>                                     40.00   </E_min>
		   <E_max>                                     50.00   </E_max>
 	           <xsec units="*1.e-38 *cm2/GeV" norm="E">     0.67   </xsec>
                   <stat_err value="xsec">                   +/-0.07   </stat_err>
                   <syst_err value="%*xsec">                +/-15.00   </syst_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                 66.90   </E>
		   <E_min>                                     50.00   </E_min>
		   <E_max>                                    100.00   </E_max>
 	           <xsec units="*1.e-38 *cm2/GeV" norm="E">     0.71   </xsec>
                   <stat_err value="xsec">                   +/-0.09   </stat_err>
                   <syst_err value="%*xsec">                +/-14.00   </syst_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                131.10   </E>
		   <E_min>                                    100.00   </E_min>
		   <E_max>                                    200.00   </E_max>
 	           <xsec units="*1.e-38 *cm2/GeV" norm="E">     0.69   </xsec>
                   <stat_err value="xsec">                   +/-0.21   </stat_err>
                   <syst_err value="%*xsec">                +/-14.00   </syst_err>
	       </point>
	</measurement>




        <!-- Baker 1983, Phys.Rev.Lett.51 735, FNAL-15FT BC (FNAL-E-0545) -->
        <!-- CC, total cross section @ Ne-H2: nu_mu N -> mu- X -->

	<measurement observable="tot_xsec">
	       <header>
                    Comments for this measurement can be entered
 
                    <ref>
                         <author>   Baker et al.            </author>
                         <journal>  Phys.Rev.Lett.51:735    </journal>
                         <year>     1983                     </year>
                    </ref>

                    <reaction>           nu_mu N --> mu- X   </reaction>
                    <target>             Neon-Hydrogen       </target>
                    <exposure units="">                      </exposure>
		    <npoints>            5                   </npoints>
		    <data_source>                            </data_source>
	       </header>
	       
	       <point>
                   <E units="GeV" frame="lab">                         120.00   </E>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">      0.590  </xsec>
                   <stat_err value="xsec">                            +/-0.060  </stat_err>
                   <syst_err value="%*xsec">                          +/-6.8    </syst_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                          140.00   </E>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">      0.650  </xsec>
                   <stat_err value="xsec">                            +/-0.050  </stat_err>
                   <syst_err value="%*xsec">                          +/-6.2    </syst_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                         165.00   </E>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">      0.570  </xsec>
                   <stat_err value="xsec">                            +/-0.040  </stat_err>
                   <syst_err value="%*xsec">                          +/-7.00   </syst_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                         200.00   </E>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">      0.700  </xsec>
                   <stat_err value="xsec">                            +/-0.060  </stat_err>
                   <syst_err value="%*xsec">                          +/-5.7    </syst_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                         250.00   </E>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">      0.620  </xsec>
                   <stat_err value="xsec">                            +/-0.050  </stat_err>
                   <syst_err value="%*xsec">                          +/-6.5    </syst_err>
	       </point>
	</measurement>




        <!-- Kitagaki 1983, Phys.Rev.D28 436, FNAL-15FT BC (FNAL-E-0545)  -->
        <!-- CC, quasi elastic cross section @ D2: nu_mu n -> mu- p -->

	<measurement observable="qes_xsec">
	       <header>
                    Comments for this measurement can be entered
 
                    <ref>
                         <author>   Kitagaki et al.        </author>
                         <journal>  Phys.Rev.D28:436       </journal>
                         <year>     1983                   </year>
                    </ref>

                    <reaction>           nu_mu n --> mu- p    </reaction>
                    <target>             Deuterium            </target>
                    <exposure units="">                       </exposure>
		    <npoints>            2                    </npoints>
		    <data_source>        plot                 </data_source>
	       </header>
	       
	       <point>
                   <E units="GeV" frame="lab">                  12.00   </E>
 	           <xsec units="*1.e-38 *cm2" norm="1">          0.95   </xsec>
                   <stat_err value="xsec">                    +/-0.22   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                  50.00   </E>
 	           <xsec units="*1.e-38 *cm2" norm="1">          1.00   </xsec>
                   <stat_err value="xsec">                    +/-0.18   </stat_err>
	       </point>
	</measurement>





        <!-- Taylor 1983, Phys.Rev.Lett.51 739, FNAL-15FT BC (FNAL-E-0388) -->
        <!-- CC, total cross section @ Ne-H2: nu_mu_bar N -> mu+ X -->

	<measurement observable="tot_xsec">
	       <header>
                    Comments for this measurement can be entered
 
                    <ref>
                         <author>   Taylor et al.            </author>
                         <journal>  Phys.Rev.Lett.51:739    </journal>
                         <year>     1983                     </year>
                    </ref>

                    <reaction>           nu_mu_bar N --> mu+ X   </reaction>
                    <target>             Deuterium-Neon          </target>
                    <exposure units="">                          </exposure>
		    <npoints>            5                       </npoints>
		    <data_source>        plot                    </data_source>
	       </header>
	       
	       <point>
                   <E units="GeV" frame="lab">                        35.0   </E>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">    0.30  </xsec>
                   <stat_err value="xsec">                          +/-0.06  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                        50.0   </E>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">    0.40  </xsec>
                   <stat_err value="xsec">                          +/-0.07  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                        75.0   </E>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">    0.28  </xsec>
                   <stat_err value="xsec">                          +/-0.06  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                       115.0   </E>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">    0.40  </xsec>
                   <stat_err value="xsec">                          +/-0.11  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                       150.0   </E>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">    0.34  </xsec>
                   <stat_err value="xsec">                          +/-0.11  </stat_err>
	       </point>
	</measurement>





        <!-- Asratyan 1984, Phys.Lett.B137:122, FNAL-15FT BC (FNAL-E-0388) -->
        <!-- CC, total cross section @ Ne-H2: nu_mu_bar N -> mu+ X -->

	<measurement observable="tot_xsec">
	       <header>
                    Comments for this measurement can be entered
 
                    <ref>
                         <author>   Asratyan et al.          </author>
                         <journal>  Phys.Lett.B137:122       </journal>
                         <year>     1984                     </year>
                    </ref>

                    <reaction>           nu_mu_bar N --> mu+ X   </reaction>
                    <target>             Deuterium-Neon          </target>
                    <exposure units="">                          </exposure>
		    <npoints>            7                       </npoints>
		    <data_source>        paper                   </data_source>
	       </header>
	       
	       <point>
                   <E units="GeV" frame="lab">                         9.8   </E>
		   <E_min>                                             8.0   </E_min>
		   <E_max>                                            12.0   </E_max>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">    0.30  </xsec>
                   <stat_err value="xsec">                          +/-0.05  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                        13.9   </E>
		   <E_min>                                            12.0   </E_min>
		   <E_max>                                            16.0   </E_max>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">    0.27  </xsec>
                   <stat_err value="xsec">                          +/-0.04  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                        17.9   </E>
		   <E_min>                                            16.0   </E_min>
		   <E_max>                                            20.0   </E_max>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">    0.31  </xsec>
                   <stat_err value="xsec">                          +/-0.06  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                        21.8   </E>
		   <E_min>                                            20.0   </E_min>
		   <E_max>                                            24.0   </E_max>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">    0.30  </xsec>
                   <stat_err value="xsec">                          +/-0.06  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                        28.3   </E>
		   <E_min>                                            24.0   </E_min>
		   <E_max>                                            32.0   </E_max>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">    0.27  </xsec>
                   <stat_err value="xsec">                          +/-0.06  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                        35.3   </E>
		   <E_min>                                            32.0   </E_min>
		   <E_max>                                            40.0   </E_max>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">    0.25  </xsec>
                   <stat_err value="xsec">                          +/-0.07  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                        47.4   </E>
		   <E_min>                                            40.0   </E_min>
		   <E_max>                                            60.0   </E_max>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">    0.29  </xsec>
                   <stat_err value="xsec">                          +/-0.09  </stat_err>
	       </point>
	</measurement>




        <!-- Aderholz 1989, Phys.Rev.Lett.63:2349, FNAL-15FT  -->
        <!-- CC, coh. pi production cross section @ Ne-H2: nu_mu A -> mu- A pi+ -->

	<measurement observable="coh_xsec">
	       <header>
                    Comments for this measurement can be entered
 
                    <ref>
                         <author>   Aderholz et al.        </author>
                         <journal>  Phys.Rev.Lett.63:2349  </journal>
                         <year>     1989                   </year>
                    </ref>

                    <reaction>           nu_mu A -> mu- A pi+   </reaction>
                    <target>             Neon-Hydrogen          </target>
                    <exposure units="">                         </exposure>
		    <npoints>            1                      </npoints>
		    <A>                  20                     </A>
		    <data_source>        paper                  </data_source>
	       </header>
	       
	       <point>
                   <E units="GeV" frame="lab">                  100.0   </E>
		   <E_min>                                       40.0   </E_min>
		   <E_max>                                      300.0   </E_max>
 	           <xsec units="*1.e-38 *cm2/nucleus" norm="1">   3.55  </xsec>
                   <stat_err value="xsec">                     +/-1.40  </stat_err>
	       </point>
	</measurement>



        <!-- Aderholz 1989, Phys.Rev.Lett.63:2349, FNAL-15FT  -->
        <!-- CC, coh. pi production cross section @ Ne-H2: nu_mu_bar A -> mu+ A pi- -->

	<measurement observable="coh_xsec">
	       <header>
                    Comments for this measurement can be entered
 
                    <ref>
                         <author>   Aderholz et al.        </author>
                         <journal>  Phys.Rev.Lett.63:2349  </journal>
                         <year>     1989                   </year>
                    </ref>

                    <reaction>           nu_mu_bar A -> mu+ A pi-   </reaction>
                    <target>             Neon-Hydrogen              </target>
                    <exposure units="">                             </exposure>
		    <npoints>            1                          </npoints>
		    <A>                  20                         </A>
		    <data_source>        paper                      </data_source>
	       </header>
	       
	       <point>
                   <E units="GeV" frame="lab">                  100.0   </E>
		   <E_min>                                       40.0   </E_min>
		   <E_max>                                      300.0   </E_max>
 	           <xsec units="*1.e-38 *cm2/nucleus" norm="1">   2.15  </xsec>
                   <stat_err value="xsec">                     +/-1.20  </stat_err>
	       </point>
	</measurement>




        <!-- Wilocq 1993, Phys.Rev.D47:2661, FNAL-15FT  -->
        <!-- CC, coh. pi production cross section @ Ne-H2: nu_mu A -> mu- A pi+ -->

	<measurement observable="coh_xsec">
	       <header>
                    Comments for this measurement can be entered
 
                    <ref>
                         <author>   Wilocq et al.       </author>
                         <journal>  Phys.Rev.D47:2661   </journal>
                         <year>     1993                </year>
                    </ref>

                    <reaction>           nu_mu A -> mu- A pi+   </reaction>
                    <target>             Neon-Hydrogen          </target>
                    <exposure units="">                         </exposure>
		    <npoints>            1                      </npoints>
		    <A>                  20                     </A>
		    <data_source>        paper                  </data_source>
	       </header>
	       
	       <point>
                   <E units="GeV" frame="lab">                   91.1   </E>
		   <E_min>                                       10.0   </E_min>
		   <E_max>                                      250.0   </E_max>
 	           <xsec units="*1.e-38 *cm2/nucleus" norm="1">   3.5   </xsec>
                   <stat_err value="xsec">                     +/-0.8   </stat_err>
	       </point>
	</measurement>



        <!-- Wilocq 1993, Phys.Rev.D47:2661, FNAL-15FT  -->
        <!-- CC, coh. pi production cross section @ Ne-H2: nu_mu_bar A -> mu+ A pi- -->

	<measurement observable="coh_xsec">
	       <header>
                    Comments for this measurement can be entered
 
                    <ref>
                         <author>   Wilocq et al.       </author>
                         <journal>  Phys.Rev.D47:2661   </journal>
                         <year>     1993                </year>
                    </ref>

                    <reaction>           nu_mu_bar A -> mu+ A pi-  </reaction>
                    <target>             Neon-Hydrogen             </target>
                    <exposure units="">                            </exposure>
		    <npoints>            1                         </npoints>
		    <A>                  20                        </A>
		    <data_source>        paper                     </data_source>
	       </header>
	       
	       <point>
                   <E units="GeV" frame="lab">                   74.5   </E>
		   <E_min>                                       10.0   </E_min>
		   <E_max>                                      250.0   </E_max>
 	           <xsec units="*1.e-38 *cm2/nucleus" norm="1">   2.7   </xsec>
                   <stat_err value="xsec">                     +/-1.1   </stat_err>
	       </point>
	</measurement>




        <!-- Barish 1980, Phys.Lett.B91 161, FNAL-15FT BC (FNAL-E-0031) -->
        <!-- CC, single pion production @ H2: nu_mu_bar p -> p pi- mu+ -->

	<measurement observable="spp_xsec">
	       <header>
                    Comments for this measurement can be entered
 
                    <ref>
                         <author>   Barish et al.            </author>
                         <journal>  Phys.Lett.B91 161        </journal>
                         <year>     1980                     </year>
                    </ref>

                    <reaction>           nu_mu_bar p --> mu+ p pi-   </reaction>
                    <target>             Hydrogen                    </target>
                    <exposure units="">                              </exposure>
	            <Wcut>               no                          </Wcut>
		    <npoints>            1                           </npoints>
		    <data_source>                                    </data_source>
	       </header>
	       
	       <point>
                   <E units="GeV" frame="lab">                35.00   </E>
		   <E_min>                                     5.00   </E_min>
		   <E_max>                                    70.00   </E_max>
 	           <xsec units="*1.e-38 *cm2" norm="1">         0.270  </xsec>
                   <stat_err value="xsec">                  +/-0.050  </stat_err>
	       </point>
	</measurement>

   </experiment>



   <!-- ********************************************************************* -->
   <!-- ****************************** [SKAT] ******************************* -->
   <!-- ********************************************************************* -->
   
   <experiment name="SKAT">

        <exp_info>
	
           SERPUKHOV-107 (Feb. 1976 - 1987).
	   Spokesperson: V.V.Ammosov.
           Studies neutral current processes, neutrino-electron scattering, 
	   charm decays, and dilepton production. 
           Some 500,000 pictures (2*10**18 protons on target) were obtained 
	   in a numu wide-band beam, and about 300,000 (1.5*10**18 protons 
	   on target) in a numubar wide-band beam.

           <facility>                   Serpukhov                      </facility>
           <detector>                                                  </detector>
           <target>                     Heavy Freon                    </target>
           <exposure units="">                                         </exposure>
           <year>                       1979 - 1992                    </year>
           <beam>                       nu_mu - nu_mu_bar              </beam>
           <E frame="lab" units="GeV">  3 - 30                         </E>
        </exp_info>

        <flux_spectrum beam="numu" flux_units="" E_units="" E_frame="">
	
        </flux_spectrum>

        <flux_spectrum beam="numubar" flux_units="" E_units="" E_frame="">
	
        </flux_spectrum>




        <!-- Baranov 1979, Phys.Lett.B81 255, SKAT - total nu_mu inclusive CC isoscalar xsec @ heavy Freon -->


	<measurement observable="tot_xsec">
	       <header>
                    Comments for this measurement can be entered
 
                    <ref>
                         <author>   Baranov et al.        </author>
                         <journal>  Phys.Rev.B81 255      </journal>
                         <year>     1979                  </year>
                    </ref>

                    <reaction>           nu_mu N --> mu- X    </reaction>
                    <target>             heavy Freon          </target>
                    <exposure units="">                       </exposure>
		    <npoints>            4                    </npoints>
		    <data_source>        paper                </data_source>
	       </header>

	       <point>
                   <E units="GeV" frame="lab">                         4.00   </E>
		   <E_min>                                             3.00   </E_min>
		   <E_max>                                             5.00   </E_max>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">    0.680  </xsec>
                   <stat_err value="xsec">                          +/-0.070  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                         7.00   </E>
		   <E_min>                                             5.00   </E_min>
		   <E_max>                                             9.00   </E_max>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">    0.700  </xsec>
                   <stat_err value="xsec">                          +/-0.090  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                        12.00   </E>
		   <E_min>                                             9.00   </E_min>
		   <E_max>                                            16.00   </E_max>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">    0.860  </xsec>
                   <stat_err value="xsec">                          +/-0.130  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                        23.00   </E>
		   <E_min>                                            16.00   </E_min>
		   <E_max>                                            30.00   </E_max>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">    0.700  </xsec>
                   <stat_err value="xsec">                          +/-0.150  </stat_err>
	       </point>
        </measurement>




        <!-- Grabosch 1986, Zeit.Phys.C31 203, SKAT - nu_mu coherent pi xsec @ heavy Freon -->

	<measurement observable="coh_xsec">
	       <header>
                    Comments for this measurement can be entered
 
                    <ref>
                         <author>   Grabosch et al.       </author>
                         <journal>  Zeit.Phys.C31 203     </journal>
                         <year>     1986                  </year>
                    </ref>

                    <reaction>           nu_mu A --> mu- A pi+   </reaction>
                    <target>             heavy Freon             </target>
                    <A>                  30                      </A>
                    <exposure units="">                          </exposure>
		    <npoints>            1                       </npoints>
		    <data_source>                                </data_source>
	       </header>

	       <point>
                   <E units="GeV" frame="lab">                         7.00   </E>
		   <E_min>                                             3.00   </E_min>
		   <E_max>                                            30.00   </E_max>
 	           <xsec units="*1.e-40 *cm2/nucleus" norm="1">      106      </xsec>
                   <stat_err value="xsec">                         +/-16      </stat_err>
	       </point>
        </measurement>




        <!-- Grabosch 1986, Zeit.Phys.C31 203, SKAT - nu_mu_bar coherent 1 pi- xsec @ heavy Freon -->

	<measurement observable="coh_xsec">
	       <header>
                    Comments for this measurement can be entered
 
                    <ref>
                         <author>   Grabosch et al.       </author>
                         <journal>  Zeit.Phys.C31:203     </journal>
                         <year>     1986                  </year>
                    </ref>

                    <reaction>           nu_mu_bar A --> mu+ A pi-  </reaction>
                    <target>             heavy Freon                </target>
                    <A>                  30                         </A>
                    <exposure units="">                             </exposure>
		    <npoints>            1                          </npoints>
		    <data_source>        paper                      </data_source>
	       </header>

	       <point>
                   <E units="GeV" frame="lab">                         7.00   </E>
		   <E_min>                                             3.00   </E_min>
		   <E_max>                                            30.00   </E_max>
 	           <xsec units="*1.e-38 *cm2/nucleus" norm="1">        1.13   </xsec>
                   <stat_err value="xsec">                          +/-0.35   </stat_err>
	       </point>
        </measurement>




        <!-- Grabosch 1986, Zeit.Phys.C31 203, SKAT - nu_mu coherent 1 pi0 xsec @ heavy Freon -->

	<measurement observable="coh_xsec">
	       <header>
                    Comments for this measurement can be entered
 
                    <ref>
                         <author>   Grabosch et al.       </author>
                         <journal>  Zeit.Phys.C31:203     </journal>
                         <year>     1986                  </year>
                    </ref>

                    <reaction>           nu_mu A --> nu_mu A pi0   </reaction>
                    <target>             heavy Freon               </target>
                    <A>                  30                        </A>
                    <exposure units="">                            </exposure>
		    <npoints>            1                         </npoints>
		    <data_source>        paper                     </data_source>
	       </header>

	       <point>
                   <E units="GeV" frame="lab">                         7.00   </E>
		   <E_min>                                             3.00   </E_min>
		   <E_max>                                            30.00   </E_max>
 	           <xsec units="*1.e-38 *cm2/nucleus" norm="1">        0.52   </xsec>
                   <stat_err value="xsec">                          +/-0.19   </stat_err>
	       </point>
        </measurement>




        <!-- Ammosov 1988, Sov.J.Nucl.Phys.50:67, SKAT - nu_mu SPP @ heavy Freon -->

	<measurement observable="spp_xsec">
	       <header>
                    M(p pi+) less than 1.6 GeV
 
                    <ref>
                         <author>   Ammosov et al.         </author>
                         <journal>  Sov.J.Nucl.Phys.50:67  </journal>
                         <year>     1988                   </year>
                    </ref>

                    <reaction>           nu_mu p --> mu- p pi+    </reaction>
                    <target>             heavy Freon              </target>
                    <exposure units="">                           </exposure>
		    <npoints>            5                        </npoints>
		    <Wcut>               1.6                      </Wcut>
		    <data_source>        plot                     </data_source>
	       </header>

	       <point>
                   <E units="GeV" frame="lab">                         4.00   </E>
 	           <xsec units="*1.e-38 *cm2/nucleus" norm="1">        0.74   </xsec>
                   <stat_err value="xsec">                          +/-0.16   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                         6.00   </E>
 	           <xsec units="*1.e-38 *cm2/nucleus" norm="1">        0.54   </xsec>
                   <stat_err value="xsec">                          +/-0.16   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                         8.80   </E>
 	           <xsec units="*1.e-38 *cm2/nucleus" norm="1">        0.54   </xsec>
                   <stat_err value="xsec">                          +/-0.16   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                        11.30   </E>
 	           <xsec units="*1.e-38 *cm2/nucleus" norm="1">        1.01   </xsec>
                   <stat_err value="xsec">                          +/-0.28   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                        18.40   </E>
 	           <xsec units="*1.e-38 *cm2/nucleus" norm="1">        0.79   </xsec>
                   <stat_err value="xsec">                          +/-0.30   </stat_err>
	       </point>
        </measurement>




        <!-- Grabosch 1989, Zeit.Phys.C41 527, SKAT - nu_mu SPP @ heavy Freon -->

	<measurement observable="spp_xsec">
	       <header>
                    <ref>
                         <author>   Grabosch et al.       </author>
                         <journal>  Zeit.Phys.C41:527     </journal>
                         <year>     1988                  </year>
                    </ref>

                    <reaction>           nu_mu p --> mu- p pi+    </reaction>
                    <target>             heavy Freon              </target>
                    <exposure units="">                           </exposure>
	            <Wcut>               no                       </Wcut>
		    <npoints>            5                        </npoints>
		    <data_source>        plot                     </data_source>
	       </header>

	       <point>
                   <E units="GeV" frame="lab">                         4.70   </E>
 	           <xsec units="*1.e-38 *cm2/nucleus" norm="1">        0.78   </xsec>
                   <stat_err value="xsec">                          +/-0.15   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                         7.60   </E>
 	           <xsec units="*1.e-38 *cm2/nucleus" norm="1">        0.57   </xsec>
                   <stat_err value="xsec">                          +/-0.16   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                        12.00   </E>
 	           <xsec units="*1.e-38 *cm2/nucleus" norm="1">        0.56   </xsec>
                   <stat_err value="xsec">                          +/-0.15   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                        15.00   </E>
 	           <xsec units="*1.e-38 *cm2/nucleus" norm="1">        1.03   </xsec>
                   <stat_err value="xsec">                          +/-0.25   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                        24.00   </E>
 	           <xsec units="*1.e-38 *cm2/nucleus" norm="1">        0.80   </xsec>
                   <stat_err value="xsec">                          +/-0.33   </stat_err>
	       </point>
        </measurement>




        <!-- Grabosch 1989, Zeit.Phys.C41 527, SKAT - nu_mu SPP @ heavy Freon -->

	<measurement observable="spp_xsec">
	       <header>
                    <ref>
                         <author>   Grabosch et al.       </author>
                         <journal>  Zeit.Phys.C41:527     </journal>
                         <year>     1988                  </year>
                    </ref>

                    <reaction>           nu_mu n --> mu- p pi0    </reaction>
                    <target>             heavy Freon              </target>
                    <exposure units="">                           </exposure>
	            <Wcut>               no                       </Wcut>
		    <npoints>            6                        </npoints>
		    <data_source>        plot                     </data_source>
	       </header>

	       <point>
                   <E units="GeV" frame="lab">                         3.80   </E>
 	           <xsec units="*1.e-38 *cm2/nucleus" norm="1">        0.24   </xsec>
                   <stat_err value="xsec">                          +/-0.06   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                         4.50   </E>
 	           <xsec units="*1.e-38 *cm2/nucleus" norm="1">        0.24   </xsec>
                   <stat_err value="xsec">                          +/-0.07   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                         5.50   </E>
 	           <xsec units="*1.e-38 *cm2/nucleus" norm="1">        0.25   </xsec>
                   <stat_err value="xsec">                          +/-0.07   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                         7.00   </E>
 	           <xsec units="*1.e-38 *cm2/nucleus" norm="1">        0.29   </xsec>
                   <stat_err value="xsec">                          +/-0.06   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                         9.00   </E>
 	           <xsec units="*1.e-38 *cm2/nucleus" norm="1">        0.31   </xsec>
                   <stat_err value="xsec">                          +/-0.07   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                        17.00   </E>
 	           <xsec units="*1.e-38 *cm2/nucleus" norm="1">        0.55   </xsec>
                   <stat_err value="xsec">                          +/-0.15   </stat_err>
	       </point>
        </measurement>



        <!-- Grabosch 1989, Zeit.Phys.C41 527, SKAT - nu_mu SPP @ heavy Freon -->

	<measurement observable="spp_xsec">
	       <header>
                    <ref>
                         <author>   Grabosch et al.       </author>
                         <journal>  Zeit.Phys.C41:527     </journal>
                         <year>     1988                  </year>
                    </ref>

                    <reaction>           nu_mu n --> mu- n pi+   </reaction>
                    <target>             heavy Freon             </target>
                    <exposure units="">                          </exposure>
	            <Wcut>               no                      </Wcut>
		    <npoints>            5                       </npoints>
		    <data_source>        plot                    </data_source>
	       </header>

	       <point>
                   <E units="GeV" frame="lab">                         3.50   </E>
 	           <xsec units="*1.e-38 *cm2/nucleus" norm="1">        0.37   </xsec>
                   <stat_err value="xsec">                          +/-0.10   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                         4.20   </E>
 	           <xsec units="*1.e-38 *cm2/nucleus" norm="1">        0.27   </xsec>
                   <stat_err value="xsec">                          +/-0.09   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                         5.10   </E>
 	           <xsec units="*1.e-38 *cm2/nucleus" norm="1">        0.38   </xsec>
                   <stat_err value="xsec">                          +/-0.14   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                         7.00   </E>
 	           <xsec units="*1.e-38 *cm2/nucleus" norm="1">        0.34   </xsec>
                   <stat_err value="xsec">                          +/-0.10   </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                        12.00   </E>
 	           <xsec units="*1.e-38 *cm2/nucleus" norm="1">        0.30   </xsec>
                   <stat_err value="xsec">                          +/-0.08   </stat_err>
	       </point>
        </measurement>




        <!-- Bruner 1990, Zeit.Phys.C45 551, SKAT - nu_mu QE CC xsec @ heavy Freon -->

	<measurement observable="qes_xsec">
	       <header>
                    Comments for this measurement can be entered
 
                    <ref>
                         <author>   Bruner et al.         </author>
                         <journal>  Zeit.Phys.C45 551     </journal>
                         <year>     1990                  </year>
                    </ref>

                    <reaction>           nu_mu n --> mu- p   </reaction>
                    <target>             heavy Freon         </target>
                    <exposure units="">                      </exposure>
		    <npoints>            8                   </npoints>
		    <data_source>        plot                </data_source>
	       </header>

	       <point>
                   <E units="GeV" frame="lab">                       3.0   </E>
 	           <xsec units="*1.e-38 *cm2/nucleon" norm="1">      1.05  </xsec>
                   <stat_err value="xsec">                        +/-0.18  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                       4.3   </E>
 	           <xsec units="*1.e-38 *cm2/nucleon" norm="1">      0.90  </xsec>
                   <stat_err value="xsec">                        +/-0.16  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                       6.0   </E>
 	           <xsec units="*1.e-38 *cm2/nucleon" norm="1">      0.95  </xsec>
                   <stat_err value="xsec">                        +/-0.20  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                       7.0   </E>
 	           <xsec units="*1.e-38 *cm2/nucleon" norm="1">      1.20  </xsec>
                   <stat_err value="xsec">                        +/-0.22  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                       7.8   </E>
 	           <xsec units="*1.e-38 *cm2/nucleon" norm="1">      1.19  </xsec>
                   <stat_err value="xsec">                        +/-0.25  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                       9.0   </E>
 	           <xsec units="*1.e-38 *cm2/nucleon" norm="1">      0.98  </xsec>
                   <stat_err value="xsec">                        +/-0.19  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                      12.0   </E>
 	           <xsec units="*1.e-38 *cm2/nucleon" norm="1">      1.13  </xsec>
                   <stat_err value="xsec">                        +/-0.18  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                      20.5   </E>
 	           <xsec units="*1.e-38 *cm2/nucleon" norm="1">      1.05  </xsec>
                   <stat_err value="xsec">                        +/-0.30  </stat_err>
	       </point>
        </measurement>
	
	
	
	
	

        <!-- Bruner 1990, Zeit.Phys.C45 551, SKAT - nu_mu_bar QE CC xsec @ heavy Freon -->

	<measurement observable="qes_xsec">
	       <header>
                    Comments for this measurement can be entered
 
                    <ref>
                         <author>   Bruner et al.         </author>
                         <journal>  Zeit.Phys.C45 551     </journal>
                         <year>     1990                  </year>
                    </ref>

                    <reaction>           nu_mu_bar p --> mu+ n    </reaction>
                    <target>             heavy Freon              </target>
                    <exposure units="">                           </exposure>
		    <npoints>            7                        </npoints>
		    <data_source>        plot                     </data_source>
	       </header>

	       <point>
                   <E units="GeV" frame="lab">                       3.5   </E>
 	           <xsec units="*1.e-38 *cm2/nucleon" norm="1">      0.45  </xsec>
                   <stat_err value="xsec">                        +/-0.05  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                       4.5   </E>
 	           <xsec units="*1.e-38 *cm2/nucleon" norm="1">      0.52  </xsec>
                   <stat_err value="xsec">                        +/-0.06  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                       6.0   </E>
 	           <xsec units="*1.e-38 *cm2/nucleon" norm="1">      0.70  </xsec>
                   <stat_err value="xsec">                        +/-0.08  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                       7.0   </E>
 	           <xsec units="*1.e-38 *cm2/nucleon" norm="1">      0.58  </xsec>
                   <stat_err value="xsec">                        +/-0.08  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                       8.0   </E>
 	           <xsec units="*1.e-38 *cm2/nucleon" norm="1">      0.72  </xsec>
                   <stat_err value="xsec">                        +/-0.10  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                       9.0   </E>
 	           <xsec units="*1.e-38 *cm2/nucleon" norm="1">      0.79  </xsec>
                   <stat_err value="xsec">                        +/-0.10  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                      11.0   </E>
 	           <xsec units="*1.e-38 *cm2/nucleon" norm="1">      0.50  </xsec>
                   <stat_err value="xsec">                        +/-0.07  </stat_err>
	       </point>
        </measurement>
	
   </experiment>




   <!-- ********************************************************************* -->
   <!-- ***************************** [CDHS] ******************************** -->
   <!-- ********************************************************************* -->
   
   <experiment name="CDHS">

        <exp_info>
	
           CERN-WA-001 (17 May 1979 - 22 Dec. 1983)
	   spokesperson: J.Steinberger
           Studies inclusive neutrino reactions in iron, including 
	   rare processes such as multilepton production, and compares 
	   neutrino interactions in hydrogen and iron.

           <facility>                   CERN                           </facility>
           <detector>                                                  </detector>
           <target>                     Fe                             </target>
           <exposure units="">                                         </exposure>
           <year>                       1979 - 1983                    </year>
           <beam>                       nu_mu - nu_mu_bar              </beam>
           <E frame="lab" units="GeV">  30 - 200                       </E>
        </exp_info>

        <flux_spectrum beam="numu" flux_units="" E_units="" E_frame="">
	
        </flux_spectrum>
	
        <flux_spectrum beam="numubar" flux_units="" E_units="" E_frame="">
	
        </flux_spectrum>


        <!-- Berge 1987, Zeit. Phys. C35 443, CDHS (CERN-WA-001) -->
        <!-- nu_mu N -> mu- X, total inclusive CC isoscalar cross section measurements -->

	<measurement observable="tot_xsec">
	       <header>
                    Comments for this measurement can be entered
 
                    <ref>
                         <author>   Berge et al.           </author>
                         <journal>  Zeit. Phys. C35 443    </journal>
                         <year>     1987                   </year>
                    </ref>

                    <reaction>           nu_mu N --> mu- X    </reaction>
                    <target>             Iron                 </target>
                    <exposure units="">                       </exposure>
		    <npoints>            6                    </npoints>
		    <data_source>        paper                </data_source>
	       </header>
	       
	       <point>
                   <E units="GeV" frame="lab">                      31.00   </E>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.682  </xsec>
                   <stat_err value="xsec">                        +/-0.008  </stat_err>
                   <syst_err value="xsec">                        +/-0.020  </syst_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                      50.00   </E>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.706  </xsec>
                   <stat_err value="xsec">                        +/-0.002  </stat_err>
                   <syst_err value="xsec">                        +/-0.018  </syst_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                      61.00   </E>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.707  </xsec>
                   <stat_err value="xsec">                        +/-0.009  </stat_err>
                   <syst_err value="xsec">                        +/-0.023  </syst_err>
               </point>

	       <point>
                   <E units="GeV" frame="lab">                      83.00   </E>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.724  </xsec>
                   <stat_err value="xsec">                        +/-0.012  </stat_err>
                   <syst_err value="xsec">                        +/-0.051  </syst_err>
               </point>

	       <point>
                   <E units="GeV" frame="lab">                     121.00   </E>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.708  </xsec>
                   <stat_err value="xsec">                        +/-0.003  </stat_err>
                   <syst_err value="xsec">                        +/-0.023  </syst_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                     143.00   </E>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.711  </xsec>
                   <stat_err value="xsec">                        +/-0.010  </stat_err>
                   <syst_err value="xsec">                        +/-0.040  </syst_err>
	       </point>
	</measurement>



        <!-- Berge 1987, Zeit. Phys. C35 443, CDHS (CERN-WA-001) -->
        <!-- nu_mu_bar N -> mu+ X, total inclusive CC isoscalar cross section measurements -->

	<measurement observable="tot_xsec">
	       <header>
                    Comments for this measurement can be entered
 
                    <ref>
                         <author>   Berge et al.           </author>
                         <journal>  Zeit. Phys. C35 443    </journal>
                         <year>     1987                   </year>
                    </ref>

                    <reaction>           nu_mu_bar N --> mu+ X    </reaction>
                    <target>             Iron                     </target>
                    <exposure units="">                           </exposure>
		    <npoints>            6                        </npoints>
		    <data_source>        paper                    </data_source>
	       </header>
	       
	       <point>
                   <E units="GeV" frame="lab">                      31.00   </E>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.327  </xsec>
                   <stat_err value="xsec">                        +/-0.004  </stat_err>
                   <syst_err value="xsec">                        +/-0.008  </syst_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                      50.00   </E>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.332  </xsec>
                   <stat_err value="xsec">                        +/-0.005  </stat_err>
                   <syst_err value="xsec">                        +/-0.007  </syst_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                      61.00   </E>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.338  </xsec>
                   <stat_err value="xsec">                        +/-0.009  </stat_err>
                   <syst_err value="xsec">                        +/-0.010  </syst_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                      83.00   </E>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.346  </xsec>
                   <stat_err value="xsec">                        +/-0.007  </stat_err>
                   <syst_err value="xsec">                        +/-0.022  </syst_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                     121.00   </E>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.337  </xsec>
                   <stat_err value="xsec">                        +/-0.008  </stat_err>
                   <syst_err value="xsec">                        +/-0.012  </syst_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                     143.00   </E>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.306  </xsec>
                   <stat_err value="xsec">                        +/-0.015  </stat_err>
                   <syst_err value="xsec">                        +/-0.020  </syst_err>
	       </point>
	</measurement>

   </experiment>





   <!-- ********************************************************************* -->
   <!-- ***************************** [CCFR] ******************************** -->
   <!-- ********************************************************************* -->

   
   <experiment name="CCFR">

        <exp_info>
	
           FNAL-E-701 (? - 14 Jun. 1982), spokesperson: M.Shaevitz
           Measures the change in neutrino flux with distance by 
	   detecting the numbers of charged current 
           events in two detectors at different distances. 
	   Ran for 2250 hours.

           FNAL-E-0770 (1987 - 1 Feb. 1988), spokesperson: W.H.Smith
           Uses iron target, scintillators, and flash ADC calorimeter drift 
	   chamber readout. 
           A continuation of FNAL-744. Ran for 1600 hours.

           <facility>                   Fermi National Accelerator Lab (FNAL)     </facility>
           <detector>                                                             </detector>
           <target>                     Fe                                        </target>
           <exposure units="">                                                    </exposure>
           <year>                       1990 - 1996                               </year>
           <beam>                       nu_mu - nu_mu_bar                         </beam>
           <E frame="lab" units="GeV">  35 - 338                                  </E>
        </exp_info>

        <flux_spectrum beam="numu" flux_units="" E_units="" E_frame="">
	
        </flux_spectrum>

        <flux_spectrum beam="numubar" flux_units="" E_units="" E_frame="">
	
        </flux_spectrum>




        <!-- Auchincloss 1990 - Zeit.Phys. C48 11, CCFR 1996 (FNAL-E-0701)  -->
        <!-- nu_mu N -> mu- X, total inclusive CC isoscalar cross section measurements -->

	<measurement observable="tot_xsec">
	       <header>
                    comments, comments,...

                    <ref>
                         <author>   Auchincloss et al.     </author>
                         <journal>  Zeit.Phys. C48 11      </journal>
                         <year>     1990                   </year>
                    </ref>

                    <reaction>           nu_mu N --> mu- X   </reaction>
                    <target>             Iron                </target>
                    <exposure units="">                      </exposure>
		    <npoints>            9                   </npoints>
		    <data_source>        paper               </data_source>
	       </header>

	       <point>
                   <E units="GeV" frame="lab">                     40.00   </E>
		   <E_min>                                         38.00   </E_min>
		   <E_max>                                         42.00   </E_max>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E"> 0.635  </xsec>
                   <stat_err value="xsec">                       +/-0.014  </stat_err>
                   <syst_err value="xsec">                       +/-0.037  </syst_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                     51.00   </E>
		   <E_min>                                         48.45   </E_min>
		   <E_max>                                         53.55   </E_max>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E"> 0.665  </xsec>
                   <stat_err value="xsec">                       +/-0.009  </stat_err>
                   <syst_err value="xsec">                       +/-0.038  </syst_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                     57.00   </E>
		   <E_min>                                         54.15   </E_min>
		   <E_max>                                         59.85   </E_max>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E"> 0.665  </xsec>
                   <stat_err value="xsec">                       +/-0.009  </stat_err>
                   <syst_err value="xsec">                       +/-0.040  </syst_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                     65.00   </E>
		   <E_min>                                         61.75   </E_min>
		   <E_max>                                         68.25   </E_max>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E"> 0.641  </xsec>
                   <stat_err value="xsec">                       +/-0.009  </stat_err>
                   <syst_err value="xsec">                       +/-0.038  </syst_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                     78.00   </E>
		   <E_min>                                         74.10   </E_min>
		   <E_max>                                         81.90   </E_max>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E"> 0.650  </xsec>
                   <stat_err value="xsec">                       +/-0.009  </stat_err>
                   <syst_err value="xsec">                       +/-0.046  </syst_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                     96.00   </E>
		   <E_min>                                         91.20   </E_min>
		   <E_max>                                        100.80   </E_max>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E"> 0.546  </xsec>
                   <stat_err value="xsec">                       +/-0.032  </stat_err>
                   <syst_err value="xsec">                       +/-0.073  </syst_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                    130.00   </E>
		   <E_min>                                        123.50   </E_min>
		   <E_max>                                        136.50   </E_max>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E"> 0.522  </xsec>
                   <stat_err value="xsec">                       +/-0.013  </stat_err>
                   <syst_err value="xsec">                       +/-0.062  </syst_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                    150.00   </E>
		   <E_min>                                        142.50   </E_min>
		   <E_max>                                        157.50   </E_max>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E"> 0.604  </xsec>
                   <stat_err value="xsec">                       +/-0.012  </stat_err>
                   <syst_err value="xsec">                       +/-0.065  </syst_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                    176.00   </E>
		   <E_min>                                        167.20   </E_min>
		   <E_max>                                        184.80   </E_max>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E"> 0.596  </xsec>
                   <stat_err value="xsec">                       +/-0.011  </stat_err>
                   <syst_err value="xsec">                       +/-0.049  </syst_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                    205.00   </E>
		   <E_min>                                        194.75   </E_min>
		   <E_max>                                        215.25   </E_max>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E"> 0.607  </xsec>
                   <stat_err value="xsec">                       +/-0.008  </stat_err>
                   <syst_err value="xsec">                       +/-0.044  </syst_err>
	       </point>
	</measurement>




        <!-- Auchincloss 1990 - Zeit.Phys. C48 11, CCFR 1996 (FNAL-E-0701)  -->
        <!-- nu_mu N -> mu- X, total inclusive CC isoscalar cross section measurements -->

	<measurement observable="tot_xsec">
	       <header>
                    comments, comments,...

                    <ref>
                         <author>   Auchincloss et al.     </author>
                         <journal>  Zeit.Phys. C48 11      </journal>
                         <year>     1990                   </year>
                    </ref>

                    <reaction>           nu_mu_bar N --> mu+ X   </reaction>
                    <target>             Iron                    </target>
                    <exposure units="">                          </exposure>
		    <npoints>            2                       </npoints>
		    <data_source>        paper                   </data_source>
	       </header>

	       <point>
                   <E units="GeV" frame="lab">                      58.00   </E>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.307  </xsec>
                   <stat_err value="xsec">                        +/-0.004  </stat_err>
                   <syst_err value="xsec">                        +/-0.018  </syst_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                     150.00   </E>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.254  </xsec>
                   <stat_err value="xsec">                        +/-0.008  </stat_err>
                   <syst_err value="xsec">                        +/-0.024  </syst_err>
	       </point>
	</measurement>





        <!-- Seligman 1996, Thesis - Nevis Report 292, CCFR 1996 (FNAL-E-0770) -->
        <!-- nu_mu N -> mu- X, total inclusive CC isoscalar cross section measurements -->

	<measurement observable="tot_xsec">
	       <header>
                    measurement comments...

                    <ref>
                         <author>   Seligman               </author>
                         <journal>  Nevis Report 292       </journal>
                         <year>     1996                   </year>
                    </ref>

                    <reaction>           nu_mu N --> mu- X              </reaction>
                    <target>             Iron                           </target>
                    <exposure units="">                                 </exposure>
		    <npoints>            17                             </npoints>
		    <data_source>        Donna Naples (U. Pittsburgh)   </data_source>
	       </header>

	       
	       <point>
                   <E units="GeV" frame="lab">                      35.000  </E>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.694  </xsec>
                   <stat_err value="xsec">                        +/-0.009  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                      45.000  </E>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.681  </xsec>
                   <stat_err value="xsec">                        +/-0.007  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                      55.000  </E>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.683  </xsec>
                   <stat_err value="xsec">                        +/-0.006  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                      65.000  </E>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.681  </xsec>
                   <stat_err value="xsec">                        +/-0.006  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                      75.000  </E>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.672  </xsec>
                   <stat_err value="xsec">                        +/-0.006  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                      85.000  </E>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.672  </xsec>
                   <stat_err value="xsec">                        +/-0.006  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                      95.000  </E>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.668  </xsec>
                   <stat_err value="xsec">                        +/-0.007  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                     109.000  </E>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.682  </xsec>
                   <stat_err value="xsec">                        +/-0.006  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                     129.000  </E>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.677  </xsec>
                   <stat_err value="xsec">                        +/-0.008  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                     150.000  </E>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.680  </xsec>
                   <stat_err value="xsec">                        +/-0.009  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                     170.000  </E>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.673  </xsec>
                   <stat_err value="xsec">                        +/-0.009  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                     190.000  </E>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.657  </xsec>
                   <stat_err value="xsec">                        +/-0.009  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                     215.000  </E>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.644  </xsec>
                   <stat_err value="xsec">                        +/-0.007  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                     244.000  </E>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.650  </xsec>
                   <stat_err value="xsec">                        +/-0.009  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                     274.000  </E>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.646  </xsec>
                   <stat_err value="xsec">                        +/-0.011  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                     303.000  </E>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.655  </xsec>
                   <stat_err value="xsec">                        +/-0.015  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                     338.000  </E>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.656  </xsec>
                   <stat_err value="xsec">                        +/-0.017  </stat_err>
	       </point>
	</measurement>





        <!-- Seligman 1996, Thesis - Nevis Report 292, CCFR 1996 (FNAL-E-0770) -->
        <!-- nu_mu_bar N -> mu+ X, total inclusive CC isoscalar cross section measurements -->

	<measurement observable="tot_xsec">
	       <header>
                    measurement comments...

                    <ref>
                         <author>   Seligman               </author>
                         <journal>  Nevis Report 292       </journal>
                         <year>     1996                   </year>
                    </ref>

                    <reaction>           nu_mu_bar  N --> mu+  X             </reaction>
                    <target>             Iron                                </target>
                    <exposure units="">                                      </exposure>
		    <npoints>            17                                  </npoints>
		    <data_source>        Donna Naples (U. Pittsburgh)        </data_source>
	       </header>
	       
	       <point>
                   <E units="GeV" frame="lab">                      35.000  </E>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.349  </xsec>
                   <stat_err value="xsec">                        +/-0.007  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                      45.000  </E>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.342  </xsec>
                   <stat_err value="xsec">                        +/-0.005  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                      55.000  </E>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.344  </xsec>
                   <stat_err value="xsec">                        +/-0.005  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                      65.000  </E>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.343  </xsec>
                   <stat_err value="xsec">                           0.005  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                      75.000  </E>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.342  </xsec>
                   <stat_err value="xsec">                        +/-0.005  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                      85.000  </E>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.340  </xsec>
                   <stat_err value="xsec">                        +/-0.005  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                      95.000  </E>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.342  </xsec>
                   <stat_err value="xsec">                           0.006  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                     109.000  </E>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.344  </xsec>
                   <stat_err value="xsec">                        +/-0.005  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                     129.000  </E>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.358  </xsec>
                   <stat_err value="xsec">                        +/-0.007  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                     150.000  </E>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.351  </xsec>
                   <stat_err value="xsec">                        +/-0.008  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                     170.000  </E>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.346  </xsec>
                   <stat_err value="xsec">                        +/-0.009  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                     190.000  </E>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.345  </xsec>
                   <stat_err value="xsec">                        +/-0.010  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                     214.000  </E>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.341  </xsec>
                   <stat_err value="xsec">                        +/-0.009  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                     243.000  </E>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.336  </xsec>
                   <stat_err value="xsec">                        +/-0.011  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                     273.000  </E>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.354  </xsec>
                   <stat_err value="xsec">                        +/-0.016  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                     304.000  </E>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.324  </xsec>
                   <stat_err value="xsec">                        +/-0.020  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                     334.000  </E>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.368  </xsec>
                   <stat_err value="xsec">                        +/-0.032  </stat_err>
	       </point>
	</measurement>

   </experiment>
   
   

   
   <!-- ********************************************************************* -->
   <!-- ***************************** [CCFRR] ******************************* -->
   <!-- ********************************************************************* -->

   
   <experiment name="CCFRR">

        <exp_info>
           FNAL-E-0616 (? - 22 Jan. 1980)
	   Spokesperson: F. Sciulli
           Uses the E-lab neutrino detector to continue work of FNAL-356. 
           Special emphasis is on measuring F/L, or R, well. Ran for 2900 hours.

           <facility>                   Fermi National Accelerator Lab (FNAL)     </facility>
           <detector>                                                             </detector>
           <target>                     Iron                                      </target>
           <exposure units="">                                                    </exposure>
           <year>                       1984                                      </year>
           <beam>                       nu_mu                                     </beam>
           <E frame="lab" units="GeV">  30 - 250                                  </E>
        </exp_info>

        <flux_spectrum beam="numu" flux_units="" E_units="" E_frame="">
	
        </flux_spectrum>



        <!-- MacFarlane 1984 - Zeit.Phys. C26 1, CCFRR 1996 (FNAL-E-0616) -->
        <!-- nu_mu N -> mu- X, total inclusive CC isoscalar cross section measurements -->

	<measurement observable="tot_xsec">
	       <header>
                    comments, comments,...

                    <ref>
                         <author>   MacFarlane et al.   </author>
                         <journal>  Zeit.Phys.C26:1     </journal>
                         <year>     1984                </year>
                    </ref>

                    <reaction>           nu_mu N --> mu- X   </reaction>
                    <target>             Iron                </target>
                    <exposure units="">                      </exposure>
		    <npoints>            15                  </npoints>
		    <data_source>        paper               </data_source>
	       </header>

	       <point>
                   <E units="GeV" frame="lab">                      37.100  </E>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.691  </xsec>
                   <stat_err value="xsec">                        +/-0.012  </stat_err>
                   <syst_err value="xsec">                        +/-0.019  </syst_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                      44.700  </E>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.664  </xsec>
                   <stat_err value="xsec">                        +/-0.010  </stat_err>
                   <syst_err value="xsec">                        +/-0.020  </syst_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                      54.000  </E>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.696  </xsec>
                   <stat_err value="xsec">                        +/-0.008  </stat_err>
                   <syst_err value="xsec">                        +/-0.018  </syst_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                      63.500  </E>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.695  </xsec>
                   <stat_err value="xsec">                        +/-0.010  </stat_err>
                   <syst_err value="xsec">                        +/-0.024  </syst_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                      75.400  </E>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.686  </xsec>
                   <stat_err value="xsec">                        +/-0.008  </stat_err>
                   <syst_err value="xsec">                        +/-0.028  </syst_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                      91.000  </E>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.668  </xsec>
                   <stat_err value="xsec">                        +/-0.015  </stat_err>
                   <syst_err value="xsec">                        +/-0.057  </syst_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                     111.700  </E>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.664  </xsec>
                   <stat_err value="xsec">                        +/-0.029  </stat_err>
                   <syst_err value="xsec">                        +/-0.058  </syst_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                     124.800  </E>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.661  </xsec>
                   <stat_err value="xsec">                        +/-0.020  </stat_err>
                   <syst_err value="xsec">                        +/-0.037  </syst_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                     141.200  </E>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.688  </xsec>
                   <stat_err value="xsec">                        +/-0.026  </stat_err>
                   <syst_err value="xsec">                        +/-0.043  </syst_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                     157.400  </E>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.668  </xsec>
                   <stat_err value="xsec">                        +/-0.018  </stat_err>
                   <syst_err value="xsec">                        +/-0.033  </syst_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                     165.100  </E>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.666  </xsec>
                   <stat_err value="xsec">                        +/-0.020  </stat_err>
                   <syst_err value="xsec">                        +/-0.035  </syst_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                     179.800  </E>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.680  </xsec>
                   <stat_err value="xsec">                        +/-0.015  </stat_err>
                   <syst_err value="xsec">                        +/-0.036  </syst_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                     190.800  </E>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.694  </xsec>
                   <stat_err value="xsec">                        +/-0.015  </stat_err>
                   <syst_err value="xsec">                        +/-0.036  </syst_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                     212.500  </E>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.637  </xsec>
                   <stat_err value="xsec">                        +/-0.014  </stat_err>
                   <syst_err value="xsec">                        +/-0.048  </syst_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                      229.100 </E>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.680  </xsec>
                   <stat_err value="xsec">                        +/-0.018  </stat_err>
                   <syst_err value="xsec">                        +/-0.052  </syst_err>
	       </point>
	</measurement>

   </experiment>
   
   
   

   <!-- ********************************************************************* -->
   <!-- *************************** [IHEP-ITEP] ***************************** -->
   <!-- ********************************************************************* -->

   
   <experiment name="IHEP_ITEP">

        <exp_info>
           SERPUKHOV-045 (Dec. 1984 - Jun. 1981).
	   Spokesperson: V.S.Kaftanov, A.I.Mukhin
           Ran for 4000 hours

           <facility>                   Serpukhov                      </facility>
           <detector>                                                  </detector>
           <target>                     Iron                           </target>
           <exposure units="">                                         </exposure>
           <year>                       1978 - 1980                    </year>
           <beam>                       nu_mu - nu_mu_bar              </beam>
           <E frame="lab" units="GeV">  3 - 35                         </E>
        </exp_info>

        <flux_spectrum beam="numu" flux_units="" E_units="" E_frame="">
	
        </flux_spectrum>

        <flux_spectrum beam="numubar" flux_units="" E_units="" E_frame="">
	
        </flux_spectrum>



        <!-- Asratyan 1978 - Phys.Lett.B76:239, IHEP-ITEP (Serpukhov-045) -->
        <!-- nu_mu N -> mu- X, total inclusive CC isoscalar cross section measurements -->

	<measurement observable="tot_xsec">
	       <header>
                    comments, comments,...

                    <ref>
                         <author>   Asratyan et al.      </author>
                         <journal>  Phys.Lett.B76:239    </journal>
                         <year>     1978                 </year>
                    </ref>

                    <reaction>           nu_mu N --> mu- X  </reaction>
                    <target>             Iron               </target>
                    <exposure units="">                     </exposure>
		    <npoints>            1                  </npoints>
		    <data_source>        paper              </data_source>
	       </header>

	       <point>
                   <E units="GeV" frame="lab">                      11.00   </E>
		   <E_min>                                           3.00   </E_min>
		   <E_max>                                          30.00   </E_max>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.72   </xsec>
                   <stat_err value="xsec">                        +/-0.07   </stat_err>
                   <syst_err value="xsec">                        +/-0.05   </syst_err>
	       </point>
	</measurement>




        <!-- Asratyan 1978 - Phys.Lett.B76:239, IHEP-ITEP (Serpukhov-045) -->
        <!-- nu_mu N -> mu- X, total inclusive CC isoscalar cross section measurements -->

	<measurement observable="tot_xsec">
	       <header>
                    comments, comments,...

                    <ref>
                         <author>   Asratyan et al.      </author>
                         <journal>  Phys.Lett.B76:239    </journal>
                         <year>     1978                 </year>
                    </ref>

                    <reaction>           nu_mu_bar N --> mu+ X  </reaction>
                    <target>             Iron                   </target>
                    <exposure units="">                         </exposure>
		    <npoints>            1                      </npoints>
		    <data_source>        paper                  </data_source>
	       </header>

	       <point>
                   <E units="GeV" frame="lab">                       7.50   </E>
		   <E_min>                                           3.00   </E_min>
		   <E_max>                                          30.00   </E_max>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.32   </xsec>
                   <stat_err value="xsec">                        +/-0.03   </stat_err>
                   <syst_err value="xsec">                        +/-0.02   </syst_err>
	       </point>
	</measurement>



        <!-- Vovenko 1980- Soviet J. Nucl. Phys. 30, 527, IHEP-ITEP (Serpukhov-045) -->
        <!-- nu_mu N -> mu- X, total inclusive CC isoscalar cross section measurements -->

	<measurement observable="tot_xsec">
	       <header>
                    comments, comments,...

                    <ref>
                         <author>   Vovenko et al.              </author>
                         <journal>  Sov.J.Nucl.Phys.30:527      </journal>
                         <year>     1980                        </year>
                    </ref>

                    <reaction>           nu_mu N --> mu- X  </reaction>
                    <target>             Iron               </target>
                    <exposure units="">                     </exposure>
		    <npoints>            4                  </npoints>
		    <data_source>        paper              </data_source>
	       </header>

	       <point>
                   <E units="GeV" frame="lab">                       6.50  </E>
		   <E_min>                                           5.00  </E_min>
		   <E_max>                                           8.00  </E_max>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.77  </xsec>
                   <stat_err value="xsec">                        +/-0.04  </stat_err>
                   <syst_err value="xsec">                        +/-0.05  </syst_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                      10.00  </E>
		   <E_min>                                           8.00  </E_min>
		   <E_max>                                          12.00  </E_max>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.74  </xsec>
                   <stat_err value="xsec">                        +/-0.04  </stat_err>
                   <syst_err value="xsec">                        +/-0.05  </syst_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                      16.00  </E>
		   <E_min>                                          12.00  </E_min>
		   <E_max>                                          20.00  </E_max>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.72  </xsec>
                   <stat_err value="xsec">                        +/-0.04  </stat_err>
                   <syst_err value="xsec">                        +/-0.05  </syst_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                      23.00  </E>
		   <E_min>                                          20.00  </E_min>
		   <E_max>                                          26.00  </E_max>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.68  </xsec>
                   <stat_err value="xsec">                        +/-0.06  </stat_err>
                   <syst_err value="xsec">                        +/-0.05  </syst_err>
	       </point>
	</measurement>




        <!-- Vovenko 1980- Soviet J. Nucl. Phys. 30, 527, IHEP-ITEP (Serpukhov-045) -->
        <!-- nu_mu_bar N -> mu+ X, total inclusive CC isoscalar cross section measurements -->

	<measurement observable="tot_xsec">
	       <header>
                    comments, comments,...

                    <ref>
                         <author>   Vovenko et al.                </author>
                         <journal>  Sov.J.Nucl.Phys.30:527        </journal>
                         <year>     1980                          </year>
                    </ref>

                    <reaction>           nu_mu_bar N --> mu+ X  </reaction>
                    <target>             Iron                   </target>
                    <exposure units="">                         </exposure>
		    <npoints>            4                      </npoints>
		    <data_source>        paper                  </data_source>
	       </header>

	       <point>
                   <E units="GeV" frame="lab">                       6.50  </E>
		   <E_min>                                           5.00  </E_min>
		   <E_max>                                           8.00  </E_max>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.30  </xsec>
                   <stat_err value="xsec">                        +/-0.02  </stat_err>
                   <syst_err value="xsec">                        +/-0.02  </syst_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                      10.00  </E>
		   <E_min>                                           8.00  </E_min>
		   <E_max>                                          12.00  </E_max>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.31  </xsec>
                   <stat_err value="xsec">                        +/-0.03  </stat_err>
                   <syst_err value="xsec">                        +/-0.02  </syst_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                      16.00  </E>
		   <E_min>                                          12.00  </E_min>
		   <E_max>                                          20.00  </E_max>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.32  </xsec>
                   <stat_err value="xsec">                        +/-0.04  </stat_err>
                   <syst_err value="xsec">                        +/-0.02  </syst_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                      23.00  </E>
		   <E_min>                                          20.00  </E_min>
		   <E_max>                                          26.00  </E_max>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.32  </xsec>
                   <stat_err value="xsec">                        +/-0.06  </stat_err>
                   <syst_err value="xsec">                        +/-0.02  </syst_err>
	       </point>
	</measurement>

   </experiment>
   
   

   
   <!-- ********************************************************************* -->
   <!-- ************************** [IHEP-JINR] ****************************** -->
   <!-- ********************************************************************* -->
   
   
   
   <experiment name="IHEP_JINR">

        <exp_info>

           <facility>                   Serpukhov                      </facility>
           <detector>                                                  </detector>
           <target>                     Aluminium                      </target>
           <exposure units="">                                         </exposure>
           <year>                       1996 - 2002                    </year>
           <beam>                       nu_mu - nu_mu_bar              </beam>
           <E frame="lab" units="GeV">  3 - 30                         </E>
        </exp_info>

        <flux_spectrum beam="numu" flux_units="" E_units="" E_frame="">

        </flux_spectrum>

        <flux_spectrum beam="numubar" flux_units="" E_units="" E_frame="">

        </flux_spectrum>



        <!-- Anikeev 1996, Zeit.Phys.C70 39, IHEP-JINR -->
	<!-- nu_mu inclusive CC isoscalar xsec @ Aluminium -->
	

	<measurement observable="tot_xsec">
	       <header>
                    comments, comments,...

                    <ref>
                         <author>   Anikeev et al.           </author>
                         <journal>  Zeit.Phys.C70:39         </journal>
                         <year>     1996                     </year>
                    </ref>

                    <reaction>           nu_mu N --> mu- X  </reaction>
                    <target>             Aluminium          </target>
                    <exposure units="">                     </exposure>
		    <npoints>            9                  </npoints>
		    <data_source>        paper              </data_source>
	       </header>

	       <point>
                   <E units="GeV" frame="lab">                       4.0    </E>
		   <E_min>                                           3.0    </E_min>
		   <E_max>                                           5.0    </E_max>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.792  </xsec>
                   <stat_err value="xsec">                        +/-0.016  </stat_err>
                   <syst_err value="xsec">                        +/-0.039  </syst_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                       6.0    </E>
		   <E_min>                                           5.0    </E_min>
		   <E_max>                                           7.0    </E_max>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.817  </xsec>
                   <stat_err value="xsec">                        +/-0.013  </stat_err>
                   <syst_err value="xsec">                        +/-0.035  </syst_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                       8.0    </E>
		   <E_min>                                           7.0    </E_min>
		   <E_max>                                           9.0    </E_max>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.779  </xsec>
                   <stat_err value="xsec">                        +/-0.014  </stat_err>
                   <syst_err value="xsec">                        +/-0.035  </syst_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                      10.0    </E>
		   <E_min>                                           9.0    </E_min>
		   <E_max>                                          11.0    </E_max>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.738  </xsec>
                   <stat_err value="xsec">                        +/-0.016  </stat_err>
                   <syst_err value="xsec">                        +/-0.026  </syst_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                      12.0    </E>
		   <E_min>                                          11.0    </E_min>
		   <E_max>                                          13.0    </E_max>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.717  </xsec>
                   <stat_err value="xsec">                        +/-0.018  </stat_err>
                   <syst_err value="xsec">                        +/-0.027  </syst_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                      15.0    </E>
		   <E_min>                                          13.0    </E_min>
		   <E_max>                                          17.0    </E_max>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.683  </xsec>
                   <stat_err value="xsec">                        +/-0.015  </stat_err>
                   <syst_err value="xsec">                        +/-0.029  </syst_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                      19.0    </E>
		   <E_min>                                          17.0    </E_min>
		   <E_max>                                          21.0    </E_max>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.654  </xsec>
                   <stat_err value="xsec">                        +/-0.020  </stat_err>
                   <syst_err value="xsec">                        +/-0.030  </syst_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                      23.0    </E>
		   <E_min>                                          21.0    </E_min>
		   <E_max>                                          25.0    </E_max>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.635  </xsec>
                   <stat_err value="xsec">                        +/-0.024  </stat_err>
                   <syst_err value="xsec">                        +/-0.041  </syst_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                      27.5    </E>
		   <E_min>                                          25.0    </E_min>
		   <E_max>                                          30.0    </E_max>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.609  </xsec>
                   <stat_err value="xsec">                        +/-0.031  </stat_err>
                   <syst_err value="xsec">                        +/-0.054  </syst_err>
	       </point>
        </measurement>




        <!-- Anikeev 1996, Zeit.Phys.C70 39, IHEP-JINR -->
	<!-- nu_mu_bar inclusive CC isoscalar xsec @ Aluminium -->


	<measurement observable="tot_xsec">
	       <header>
                    comments, comments,...

                    <ref>
                         <author>   Anikeev et al.           </author>
                         <journal>  Zeit.Phys.C70:39         </journal>
                         <year>     1996                     </year>
                    </ref>

                    <reaction>           nu_mu_bar N --> mu+ X  </reaction>
                    <target>             Aluminium              </target>
                    <exposure units="">                         </exposure>
		    <npoints>            8                      </npoints>
		    <data_source>        paper                  </data_source>
	       </header>

	       <point>
                   <E units="GeV" frame="lab">                       4.0    </E>
		   <E_min>                                           3.0    </E_min>
		   <E_max>                                           5.0    </E_max>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.345  </xsec>
                   <stat_err value="xsec">                        +/-0.016  </stat_err>
                   <syst_err value="xsec">                        +/-0.023  </syst_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                       6.0    </E>
		   <E_min>                                           5.0    </E_min>
		   <E_max>                                           7.0    </E_max>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.347  </xsec>
                   <stat_err value="xsec">                        +/-0.013  </stat_err>
                   <syst_err value="xsec">                        +/-0.020  </syst_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                       8.5    </E>
		   <E_min>                                           7.0    </E_min>
		   <E_max>                                          10.0    </E_max>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.336  </xsec>
                   <stat_err value="xsec">                        +/-0.012  </stat_err>
                   <syst_err value="xsec">                        +/-0.019  </syst_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                      11.5    </E>
		   <E_min>                                          10.0    </E_min>
		   <E_max>                                          13.0    </E_max>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.346  </xsec>
                   <stat_err value="xsec">                        +/-0.015  </stat_err>
                   <syst_err value="xsec">                        +/-0.022  </syst_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                      15.0    </E>
		   <E_min>                                          13.0    </E_min>
		   <E_max>                                          17.0    </E_max>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.323  </xsec>
                   <stat_err value="xsec">                        +/-0.017  </stat_err>
                   <syst_err value="xsec">                        +/-0.022  </syst_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                      19.0    </E>
		   <E_min>                                          17.0    </E_min>
		   <E_max>                                          21.0    </E_max>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.284  </xsec>
                   <stat_err value="xsec">                        +/-0.024  </stat_err>
                   <syst_err value="xsec">                        +/-0.021  </syst_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                      23.5    </E>
		   <E_min>                                          21.0    </E_min>
		   <E_max>                                          26.0    </E_max>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.269  </xsec>
                   <stat_err value="xsec">                        +/-0.029  </stat_err>
                   <syst_err value="xsec">                        +/-0.023  </syst_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                      28.0    </E>
		   <E_min>                                          26.0    </E_min>
		   <E_max>                                          30.0    </E_max>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleon" norm="E">  0.279  </xsec>
                   <stat_err value="xsec">                        +/-0.039  </stat_err>
                   <syst_err value="xsec">                        +/-0.031  </syst_err>
	       </point>
        </measurement>

   </experiment>




   <!-- ********************************************************************* -->
   <!-- **************************** [SERP-A1] ****************************** -->
   <!-- ********************************************************************* -->

   
   <experiment name="SERP_A1">

        <exp_info>
           comments...comments...comments...

           <facility>                   Serpukhov                      </facility>
           <detector>                                                  </detector>
           <target>                     Aluminium                      </target>
           <exposure units="">                                         </exposure>
           <year>                       1982 - 1985                    </year>
           <beam>                       nu_mu                          </beam>
           <E frame="lab" units="GeV">  3.5 - 20                       </E>
        </exp_info>

        <flux_spectrum beam="numu" flux_units="" E_units="" E_frame="">
	
        </flux_spectrum>

        <flux_spectrum beam="numubar" flux_units="" E_units="" E_frame="">
	
        </flux_spectrum>
	


        <!-- Belikov 1982, Yad.Fiz.35 59, SERP-A1 - nu_mu QE CC xsec @ Al -->

	<measurement observable="qes_xsec">
	       <header>
                    comments, comments,...

                    <ref>
                         <author>   Belikov et al.   </author>
                         <journal>  Yad.Fiz.35:59    </journal>
                         <year>     1982             </year>
                    </ref>

                    <reaction>           nu_mu n --> mu- p  </reaction>
                    <target>             Aluminium          </target>
                    <exposure units="">                     </exposure>
		    <npoints>            6                  </npoints>
		    <data_source>        paper              </data_source>
	       </header>

	       <point>
                   <E units="GeV" frame="lab">                         4.00   </E>
		   <E_min>                                             3.00   </E_min>
		   <E_max>                                             5.00   </E_max>
 	           <xsec units="*1.e-38 *cm2/nucleon" norm="1">        0.870  </xsec>
                   <stat_err value="xsec">                          +/-0.100  </stat_err>
                   <syst_err value="xsec">                          +/-0.090  </syst_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                         6.00   </E>
		   <E_min>                                             5.00   </E_min>
		   <E_max>                                             7.00   </E_max>
 	           <xsec units="*1.e-38 *cm2/nucleon" norm="1">        0.800  </xsec>
                   <stat_err value="xsec">                          +/-0.110  </stat_err>
                   <syst_err value="xsec">                          +/-0.080  </syst_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                         8.50   </E>
		   <E_min>                                             7.00   </E_min>
		   <E_max>                                            10.00   </E_max>
 	           <xsec units="*1.e-38 *cm2/nucleon" norm="1">        0.790  </xsec>
                   <stat_err value="xsec">                          +/-0.120  </stat_err>
                   <syst_err value="xsec">                          +/-0.080  </syst_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                        12.50   </E>
		   <E_min>                                            10.00   </E_min>
		   <E_max>                                            15.00   </E_max>
 	           <xsec units="*1.e-38 *cm2/nucleon" norm="1">        0.690  </xsec>
                   <stat_err value="xsec">                          +/-0.180  </stat_err>
                   <syst_err value="xsec">                          +/-0.070  </syst_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                        20.00   </E>
		   <E_min>                                            15.00   </E_min>
		   <E_max>                                            25.00   </E_max>
 	           <xsec units="*1.e-38 *cm2/nucleon" norm="1">        0.770  </xsec>
                   <stat_err value="xsec">                          +/-0.260  </stat_err>
                   <syst_err value="xsec">                          +/-0.080  </syst_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                        27.50   </E>
		   <E_min>                                            25.00   </E_min>
		   <E_max>                                            30.00   </E_max>
 	           <xsec units="*1.e-38 *cm2/nucleon" norm="1">        0.590  </xsec>
                   <stat_err value="xsec">                          +/-0.390  </stat_err>
                   <syst_err value="xsec">                          +/-0.060  </syst_err>
	       </point>
        </measurement>





        <!-- Belikov 1985, Z.Phys.A320:625, SERP-A1 - nu_mu QE CC xsec @ Al -->

	<measurement observable="qes_xsec">
	       <header>
                    comments, comments,...

                    <ref>
                         <author>   Belikov et al.     </author>
                         <journal>  Z.Phys.A320:625    </journal>
                         <year>     1985               </year>
                    </ref>

                    <reaction>           nu_mu n --> mu- p  </reaction>
                    <target>             Aluminium          </target>
                    <exposure units="">                     </exposure>
		    <npoints>            8                  </npoints>
		    <data_source>        paper              </data_source>
	       </header>

	       <point>
                   <E units="GeV" frame="lab">                         3.50  </E>
		   <E_min>                                             3.00  </E_min>
		   <E_max>                                             4.00  </E_max>
 	           <xsec units="*1.e-38 *cm2/nucleon" norm="1">        0.75  </xsec>
                   <stat_err value="xsec">                          +/-0.09  </stat_err>
                   <syst_err value="xsec">                          +/-0.08  </syst_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                         4.50  </E>
		   <E_min>                                             4.00  </E_min>
		   <E_max>                                             5.00  </E_max>
 	           <xsec units="*1.e-38 *cm2/nucleon" norm="1">        0.87  </xsec>
                   <stat_err value="xsec">                          +/-0.09  </stat_err>
                   <syst_err value="xsec">                          +/-0.09  </syst_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                         5.50  </E>
		   <E_min>                                             5.00  </E_min>
		   <E_max>                                             6.00  </E_max>
 	           <xsec units="*1.e-38 *cm2/nucleon" norm="1">        0.82  </xsec>
                   <stat_err value="xsec">                          +/-0.09  </stat_err>
                   <syst_err value="xsec">                          +/-0.08  </syst_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                         6.50  </E>
		   <E_min>                                             6.00  </E_min>
		   <E_max>                                             7.00  </E_max>
 	           <xsec units="*1.e-38 *cm2/nucleon" norm="1">        0.80  </xsec>
                   <stat_err value="xsec">                          +/-0.12  </stat_err>
                   <syst_err value="xsec">                          +/-0.08  </syst_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                         7.50  </E>
		   <E_min>                                             7.00  </E_min>
		   <E_max>                                             8.00  </E_max>
 	           <xsec units="*1.e-38 *cm2/nucleon" norm="1">        0.76  </xsec>
                   <stat_err value="xsec">                          +/-0.13  </stat_err>
                   <syst_err value="xsec">                          +/-0.08  </syst_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                         9.00  </E>
		   <E_min>                                             8.00  </E_min>
		   <E_max>                                            10.00  </E_max>
 	           <xsec units="*1.e-38 *cm2/nucleon" norm="1">        0.74  </xsec>
                   <stat_err value="xsec">                          +/-0.10  </stat_err>
                   <syst_err value="xsec">                          +/-0.07  </syst_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                        12.50  </E>
		   <E_min>                                            10.00  </E_min>
		   <E_max>                                            15.00  </E_max>
 	           <xsec units="*1.e-38 *cm2/nucleon" norm="1">        0.99  </xsec>
                   <stat_err value="xsec">                          +/-0.14  </stat_err>
                   <syst_err value="xsec">                          +/-0.10  </syst_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                        20.00  </E>
		   <E_min>                                            15.00  </E_min>
		   <E_max>                                            25.00  </E_max>
 	           <xsec units="*1.e-38 *cm2/nucleon" norm="1">        0.83  </xsec>
                   <stat_err value="xsec">                          +/-0.14  </stat_err>
                   <syst_err value="xsec">                          +/-0.08  </syst_err>
	       </point>
        </measurement>




        <!-- Belikov 1985, Z.Phys.A320:625, SERP-A1 - nu_mu_bar QE CC xsec @ Al -->

	<measurement observable="qes_xsec">
	       <header>
                    comments, comments,...

                    <ref>
                         <author>   Belikov et al.     </author>
                         <journal>  Z.Phys.A320:625    </journal>
                         <year>     1985               </year>
                    </ref>

                    <reaction>           nu_mu_bar p --> mu+ n   </reaction>
                    <target>             Aluminium               </target>
                    <exposure units="">                          </exposure>
		    <npoints>            8                       </npoints>
		    <data_source>        paper                   </data_source>
	       </header>

	       <point>
                   <E units="GeV" frame="lab">                         3.50  </E>
		   <E_min>                                             3.00  </E_min>
		   <E_max>                                             4.00  </E_max>
 	           <xsec units="*1.e-38 *cm2/nucleon" norm="1">        0.55  </xsec>
                   <stat_err value="xsec">                          +/-0.07  </stat_err>
                   <syst_err value="xsec">                          +/-0.06  </syst_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                         4.50  </E>
		   <E_min>                                             4.00  </E_min>
		   <E_max>                                             5.00  </E_max>
 	           <xsec units="*1.e-38 *cm2/nucleon" norm="1">        0.57  </xsec>
                   <stat_err value="xsec">                          +/-0.08  </stat_err>
                   <syst_err value="xsec">                          +/-0.06  </syst_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                         5.50  </E>
		   <E_min>                                             5.00  </E_min>
		   <E_max>                                             6.00  </E_max>
 	           <xsec units="*1.e-38 *cm2/nucleon" norm="1">        0.61  </xsec>
                   <stat_err value="xsec">                          +/-0.09  </stat_err>
                   <syst_err value="xsec">                          +/-0.06  </syst_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                         6.50  </E>
		   <E_min>                                             6.00  </E_min>
		   <E_max>                                             7.00  </E_max>
 	           <xsec units="*1.e-38 *cm2/nucleon" norm="1">        0.68  </xsec>
                   <stat_err value="xsec">                          +/-0.11  </stat_err>
                   <syst_err value="xsec">                          +/-0.07  </syst_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                         7.50  </E>
		   <E_min>                                             7.00  </E_min>
		   <E_max>                                             8.00  </E_max>
 	           <xsec units="*1.e-38 *cm2/nucleon" norm="1">        0.67  </xsec>
                   <stat_err value="xsec">                          +/-0.12  </stat_err>
                   <syst_err value="xsec">                          +/-0.07  </syst_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                         9.00  </E>
		   <E_min>                                             8.00  </E_min>
		   <E_max>                                            10.00  </E_max>
 	           <xsec units="*1.e-38 *cm2/nucleon" norm="1">        0.73  </xsec>
                   <stat_err value="xsec">                          +/-0.13  </stat_err>
                   <syst_err value="xsec">                          +/-0.07  </syst_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                        12.50  </E>
		   <E_min>                                            10.00  </E_min>
		   <E_max>                                            15.00  </E_max>
 	           <xsec units="*1.e-38 *cm2/nucleon" norm="1">        0.78  </xsec>
                   <stat_err value="xsec">                          +/-0.17  </stat_err>
                   <syst_err value="xsec">                          +/-0.08  </syst_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                        20.00  </E>
		   <E_min>                                            15.00  </E_min>
		   <E_max>                                            25.00  </E_max>
 	           <xsec units="*1.e-38 *cm2/nucleon" norm="1">        0.85  </xsec>
                   <stat_err value="xsec">                          +/-0.26  </stat_err>
                   <syst_err value="xsec">                          +/-0.09  </syst_err>
	       </point>
        </measurement>

   </experiment>




   <!-- ********************************************************************* -->
   <!-- ****************************** [CHARM] ****************************** -->
   <!-- ********************************************************************* -->


   <experiment name="CHARM">

        <exp_info>
	
           CERN-WA-018 (? - Dec. 1983).
	   Spokesperson: K.Winter
           Both narrow and wide band beams are used. Measures total cross sections 
	   and x and y distributions of neutral and charged current interactions. 
	   Several rare processes have been seen. This apparatus follows behind that 
	   of experiment WA-001, and part of this experiment is to measure the polarization 
	   of mu+s produced in that one (these latter reactions have Fe as target). 
	   The upgraded detector incorporates 78 planes of streamer tubes.

           CERN-WA-018-2 (? - 3 Sep. 1984).
	   Spokesperson: K.Winter
           A high-precision measurement of the ratio of neutral and charged 
	   currents on an isoscalar target to determine the electroweak mixing (sin-theta)**2.

           CERN-WA-079 (Aug. 1986 - 12 Aug. 1991).
	   Spokesperson: K.Winter
           The experiment aims at determining the electroweak mixing angle Theta(W) 
	   and the ratio g(A)/g(V) from the ratio of neutrino-electron and 
	   antineutrino-electron scattering cross-sections. The obtained values 
           are to be compared to those determined with 10**6 times larger Q**2 at LEP. 
	   CHARM-II neutrino detector consists of a massive, fine-grained, and low-density 
	   electronic calorimeter, followed by a muon spectrometer made of magnetized iron, 
	   with scintillators and drift chambers as active elements. 
           The measurements are performed in the horn-focused wide-band neutrino beam.

           <facility>                   CERN                        </facility>
           <detector>                                               </detector>
           <target>                     Marble (CaCO3), Glass       </target>
           <exposure units="">                                      </exposure>
           <year>                       1981 - 1993                 </year>
           <beam>                       nu_mu - nu_mu_bar           </beam>
           <E frame="lab" units="GeV">  3 - 300                     </E>
        </exp_info>

        <flux_spectrum beam="numu" flux_units="" E_units="" E_frame="">

        </flux_spectrum>


        <flux_spectrum beam="numubar" flux_units="" E_units="" E_frame="">

        </flux_spectrum>




        <!-- Jonker 1981, Phys.Lett. 99B 265, CHARM- nu_mu inclusive CC isoscalar xsec @ Marble -->

	<measurement observable="tot_xsec">
	       <header>
                    comments, comments,...

                    <ref>
                         <author>   Jonker et al.          </author>
                         <journal>  Phys.Lett.B99:265      </journal>
                         <year>     1981                   </year>
                    </ref>

                    <reaction>           nu_mu N --> mu- X   </reaction>
                    <target>             Marble              </target>
                    <exposure units="">                      </exposure>
		    <npoints>            1                   </npoints>
		    <data_source>        paper               </data_source>
	       </header>

	       <point>
                   <E units="GeV" frame="lab">                       110.00   </E>
		   <E_min>                                            20.00   </E_min>
		   <E_max>                                           200.00   </E_max>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleus" norm="E">    0.604  </xsec>
                   <stat_err value="xsec">                          +/-0.009  </stat_err>
                   <syst_err value="xsec">                          +/-0.031  </syst_err>
	       </point>
	</measurement>




        <!-- Jonker 1981, Phys.Lett. 99B 265, CHARM- nu_mu_bar inclusive CC isoscalar xsec @ Marble -->

	<measurement observable="tot_xsec">
	       <header>
                    comments, comments,...

                    <ref>
                         <author>   Jonker et al.           </author>
                         <journal>  Phys.Lett. 99B 265      </journal>
                         <year>     1981                    </year>
                    </ref>

                    <reaction>           nu_mu_bar N --> mu+ X  </reaction>
                    <target>             Marble                 </target>
                    <exposure units="">                         </exposure>
		    <npoints>            1                      </npoints>
		    <data_source>        PDG                    </data_source>
	       </header>

	       <point>
                   <E units="GeV" frame="lab">                       110.00   </E>
		   <E_min>                                            20.00   </E_min>
		   <E_max>                                           200.00   </E_max>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleus" norm="E">    0.301  </xsec>
                   <stat_err value="xsec">                          +/-0.008  </stat_err>
                   <syst_err value="xsec">                          +/-0.016  </syst_err>
	       </point>
	</measurement>





        <!-- Bergsma 1985, Phys.Lett.B157 469, CHARM- nu_mu NC coherent pi xsec @ Marble -->

	<measurement observable="coh_xsec">
	       <header>
                    comments, comments,...

                    <ref>
                         <author>   Bergsma et al.          </author>
                         <journal>  Phys.Lett.B157 469      </journal>
                         <year>     1985                    </year>
                    </ref>

                    <reaction>           nu_mu A --> nu_mu A pi0   </reaction>
                    <target>             Marble                      </target>
		    <A>                  20                          </A>
                    <exposure units="">                              </exposure>
		    <npoints>            1                           </npoints>
		    <data_source>        paper                       </data_source>
	       </header>

	       <point>
                   <E units="GeV" frame="lab">                        31.00  </E>
		   <E_min>                                            10.00  </E_min>
		   <E_max>                                           160.00  </E_max>
 	           <xsec units="*1.e-38 *cm2/nucleus" norm="1">        0.96  </xsec>
                   <stat_err value="xsec">                          +/-0.42  </stat_err>
	       </point>
	</measurement>




        <!-- Bergsma 1985, Phys.Lett.B157 469, CHARM- nu_mu NC coherent pi xsec @ Marble -->

	<measurement observable="coh_xsec">
	       <header>
                    comments, comments,...

                    <ref>
                         <author>   Bergsma et al.          </author>
                         <journal>  Phys.Lett.B157 469      </journal>
                         <year>     1985                    </year>
                    </ref>

                    <reaction>           nu_mu_bar A --> nu_mu_bar A pi0 </reaction>
                    <target>             Marble                          </target>
		    <A>                  20                              </A>
                    <exposure units="">                                  </exposure>
		    <npoints>            1                               </npoints>
		    <data_source>        paper                           </data_source>
	       </header>

	       <point>
                   <E units="GeV" frame="lab">                        24.00  </E>
		   <E_min>                                            10.00  </E_min>
		   <E_max>                                           160.00  </E_max>
 	           <xsec units="*1.e-38 *cm2/nucleus" norm="1">        0.79  </xsec>
                   <stat_err value="xsec">                          +/-0.26  </stat_err>
	       </point>
	</measurement>




        <!-- Allaby 1988, Zeit.Phys.C38 403, CHARM- nu_mu inclusive CC isoscalar xsec @ Marble -->

	<measurement observable="tot_xsec">
	       <header>
                    comments, comments,...

                    <ref>
                         <author>   Allaby et al.           </author>
                         <journal>  Zeit.Phys.C38 403       </journal>
                         <year>     1988                    </year>
                    </ref>

                    <reaction>           nu_mu N --> mu- X  </reaction>
                    <target>             Marble             </target>
                    <exposure units="">                     </exposure>
		    <npoints>            1                  </npoints>
		    <data_source>        paper              </data_source>
	       </header>

	       <point>
                   <E units="GeV" frame="lab">                        85.00   </E>
		   <E_min>                                            10.00   </E_min>
		   <E_max>                                           160.00   </E_max>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleus" norm="E">    0.686  </xsec>
                   <stat_err value="xsec">                          +/-0.002  </stat_err>
                   <syst_err value="xsec">                          +/-0.020  </syst_err>
	       </point>
	</measurement>




        <!-- Allaby 1988, Zeit.Phys.C38 403, CHARM- nu_mu_bar inclusive CC isoscalar xsec @ Marble -->

	<measurement observable="tot_xsec">
	       <header>
                    comments, comments,...

                    <ref>
                         <author>   Allaby et al.           </author>
                         <journal>  Zeit.Phys.C38 403       </journal>
                         <year>     1988                    </year>
                    </ref>

                    <reaction>           nu_mu_bar N --> mu+ X  </reaction>
                    <target>             Marble                 </target>
                    <exposure units="">                         </exposure>
		    <npoints>            1                      </npoints>
		    <data_source>        paper                  </data_source>
	       </header>

	       <point>
                   <E units="GeV" frame="lab">                        85.00   </E>
		   <E_min>                                            10.00   </E_min>
		   <E_max>                                           160.00   </E_max>
 	           <xsec units="*1.e-38 *cm2/GeV/nucleus" norm="E">    0.335  </xsec>
                   <stat_err value="xsec">                          +/-0.010  </stat_err>
                   <syst_err value="xsec">                          +/-0.029  </syst_err>
	       </point>
	</measurement>




        <!-- Vilain 1993, Phys.Lett.B313 267, CHARM- nu_mu CC coherent pi xsec @ Glass -->

	<measurement observable="coh_xsec">
	       <header>
                    comments, comments,...

                    <ref>
                         <author>   Vilain et al.           </author>
                         <journal>  Phys.Lett.B313 267      </journal>
                         <year>     1993                    </year>
                    </ref>

                    <reaction>           nu_mu A --> mu- A pi+  </reaction>
                    <target>             Glass                  </target>
		    <A>                  20                     </A>
                    <exposure units="">                         </exposure>
		    <npoints>            4                      </npoints>
		    <data_source>        plot                   </data_source>
	       </header>

	       <point>
                   <E units="GeV" frame="lab">                        13.70  </E>
		   <E_min>                                             3.00  </E_min>
		   <E_max>                                            24.00  </E_max>
 	           <xsec units="*1.e-38 *cm2/nucleus" norm="1">        1.14  </xsec>
                   <stat_err value="xsec">                          +/-0.33  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                        28.80  </E>
		   <E_min>                                            24.00  </E_min>
		   <E_max>                                            36.00  </E_max>
 	           <xsec units="*1.e-38 *cm2/nucleus" norm="1">        1.55  </xsec>
                   <stat_err value="xsec">                          +/-0.44  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                        46.60  </E>
		   <E_min>                                            36.00  </E_min>
		   <E_max>                                            66.00  </E_max>
 	           <xsec units="*1.e-38 *cm2/nucleus" norm="1">        2.00  </xsec>
                   <stat_err value="xsec">                          +/-0.57  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                        90.60  </E>
		   <E_min>                                            66.00  </E_min>
		   <E_max>                                           300.00  </E_max>
 	           <xsec units="*1.e-38 *cm2/nucleus" norm="1">        2.74  </xsec>
                   <stat_err value="xsec">                          +/-0.88  </stat_err>
	       </point>
	</measurement>



        <!-- Vilain 1993, Phys.Lett.B313 267, CHARM- nu_mu_bar CC coherent pi xsec @ Glass -->

	<measurement observable="coh_xsec">
	       <header>
                    comments, comments,...

                    <ref>
                         <author>   Vilain et al.           </author>
                         <journal>  Phys.Lett.B313 267      </journal>
                         <year>     1993                    </year>
                    </ref>

                    <reaction>           nu_mu_bar A --> mu+ A pi-  </reaction>
                    <target>             Glass                      </target>
		    <A>                  20                         </A>
                    <exposure units="">                             </exposure>
		    <npoints>            4                          </npoints>
		    <data_source>        plot                       </data_source>
	       </header>

	       <point>
                   <E units="GeV" frame="lab">                        13.70  </E>
		   <E_min>                                             3.00  </E_min>
		   <E_max>                                            24.00  </E_max>
 	           <xsec units="*1.e-38 *cm2/nucleus" norm="1">        1.00  </xsec>
                   <stat_err value="xsec">                          +/-0.30  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                        28.80  </E>
		   <E_min>                                            24.00  </E_min>
		   <E_max>                                            36.00  </E_max>
 	           <xsec units="*1.e-38 *cm2/nucleus" norm="1">        1.82  </xsec>
                   <stat_err value="xsec">                          +/-0.50  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                        46.60  </E>
		   <E_min>                                            36.00  </E_min>
		   <E_max>                                            66.00  </E_max>
 	           <xsec units="*1.e-38 *cm2/nucleus" norm="1">        2.27  </xsec>
                   <stat_err value="xsec">                          +/-0.68  </stat_err>
	       </point>

	       <point>
                   <E units="GeV" frame="lab">                        90.60  </E>
		   <E_min>                                            66.00  </E_min>
		   <E_max>                                           300.00  </E_max>
 	           <xsec units="*1.e-38 *cm2/nucleus" norm="1">        3.05  </xsec>
                   <stat_err value="xsec">                          +/-1.02  </stat_err>
	       </point>
	</measurement>

   </experiment>

</nuscat_data>

