Some comments on the eA simulation.  M.Klein 11.12.13
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Basic assumptions:

 Ee=60 GeV, EPb=2.75 TeV

 luminosity: 5 10^32 (3 times larger than ultimate in CDR
                   fitting to 1033 --> 1034 ep transition)

 integrated luminosity: used 1 fb-1
 [5 10^32 is 2fb-1/year * 5 years/12 months --> 1fb-1]

 charge: eminus, polarisation -0.8 (gives 1-(-0.8)=1.8 * more CC)

 PDF : set 21000 on LHAPDF
  MSTW 2008 LO (68% C.L.)                                         
 Reference:                                                      
  A.D. Martin, W.J. Stirling, R.S. Thorne and G. Watt            
  "Parton distributions for the LHC"                             
  arXiv:0901.0002 [hep-ph]     
 that choice may not matter as only the unceratinties are important.

 NC and CC cross sections are leading order only, no
 higher order, no radiative corrections.

 eanucl.nc - neutral current cross sections and rates, no shadowing corr's
             cross section is the eN=e(p+n)/2 cross section !

    table format:
 format(f8.0,f10.7,f8.4,2f8.1,2f10.5,e10.2,4f6.2,7f6.2)


 eanucl.cc - charged current cross section and rates, no shad corr's
            cross section is the eN=e(p+n)/2 cross section !
            a simplified but likely ok cross section error estimate

   table format
 format(f8.0,f10.6,f8.5,f8.1,f10.5,e10.2,4f8.2)