I have calculated tables using new Bartol flux.
They are in files:
vaxgs::disk$macro2:[stanislav]dfXXY12.dat,
where XX stands for neutrino interactions and Y does for muon
propagation.
XX = 11 cross section with PDF by EHLQ (1984,erratum 1986)
XX = 21 cross section with PDF by Morfin anf Tung (1991)
XX = 31 cross section with PDF by Ownes (1991)
XX = 41 cross section according to parameterization by
Gaisser and Stanev (1985);
Y = 1 muon propagation in Baksan rock
Y = 2 dE/dx = a + b*E (a=2.0E-3, b=3.9E-6)
Y = 3 muon propagation in standard rock according to muon
energy loss by Lohman et al.(1985)
The new Bartol flux gains expected effect small about 2.5%.
The table below shows comparision of integrated muon fluxes (Emu>1GeV)
averaged over downward hemisphere calculated with old and new Bartol
neutrino fluxes.
mu+ mu- total
**********************************************************
df11111.dat 1.873828 0.8707544 2.744583
df11112.dat 1.911950 0.8998762 2.811826
ratio new/old 1.020344 1.0334440 1.024500
**********************************************************
df11211.dat 2.055289 0.9463076 3.001597
df11212.dat 2.100302 0.9804667 3.080769
ratio new/old 1.021901 1.0360970 1.026377
**********************************************************
df11311.dat 1.948917 0.9051654 2.854083
df11312.dat 1.988924 0.9357001 2.924624
ratio new/old 1.020528 1.0337340 1.024716
**********************************************************
df21111.dat 2.000583 0.9260284 2.926612
df21112.dat 2.042174 0.9579803 3.000154
ratio new/old 1.020789 1.0345040 1.025129
**********************************************************
df21211.dat 2.194186 1.0061190 3.200305
df21212.dat 2.243286 1.0435910 3.286877
ratio new/old 1.022377 1.0372440 1.027051
**********************************************************
df21311.dat 2.080797 0.9626374 3.043434
df21312.dat 2.124443 0.9961398 3.120583
ratio new/old 1.020976 1.0348030 1.025349
**********************************************************
df31111.dat 2.017351 0.9054974 2.922849
df31112.dat 2.058283 0.9359418 2.994225
ratio new/old 1.020290 1.0336220 1.024420
**********************************************************
df31211.dat 2.211460 0.9836260 3.195086
df31212.dat 2.259787 1.0193290 3.279117
ratio new/old 1.021853 1.0362980 1.026300
**********************************************************
df31311.dat 2.098151 0.9412778 3.039429
df31312.dat 2.141100 0.9731959 3.114296
ratio new/old 1.020470 1.0339090 1.024632
**********************************************************
df41111.dat 2.199473 0.8800941 3.079567
df41112.dat 2.299372 0.9280183 3.227390
ratio new/old 1.045419 1.0544530 1.048001
**********************************************************
df41211.dat 2.434673 0.9595630 3.394236
df41212.dat 2.553656 1.0162940 3.569950
ratio new/old 1.048870 1.0591220 1.051768
**********************************************************
df41311.dat 2.292784 0.9154533 3.208237
df41312.dat 2.398782 0.9661189 3.364901
ratio new/old 1.046231 1.0553450 1.048832
**********************************************************
The estimation of number of events expected with MACRO gives
factor 1.027 relative to previous value for muon propagation in
standard rock and Morfin and Tung parton density functions.
Median neutrino energy for events detected by MACRO changed from
~49GeV to 53GeV.
Stas.