Hallo
> Is it right to use USRBDX card as I did it(I attach my input file)
no, you are confusing USRBDX with USRTRACK. The latter scores over a
volume, the first on a surface, i.e. the boundary between TWO regions
(you did not indicate the downstream region).
Concerning integral values, these are printed in the sum.lis file. In
case of USRTRACK (averaging over a region volume), they are particle
tracklength (cm per primary) and particle fluence (cm-2 per primary),
being the region volume (cm3) the factor between the two, you can either
input in the card or apply afterwards on the results. In case of USRBDX
(averaging on a boundary surface), they are particle multiplicity (number
of crossing particles per primary) and particle fluence/current (cm-2 per
primary), being the surface area the factor between the two, you can
either input in the card or apply afterwards on the results.
If you are interested in integral fluence and not energy spectra, you can
also use USRBIN, giving particle fluence (cm-2 per primary) in a 3D
spatial grid.
Best wishes
Francesco
**************************************************
Francesco Cerutti
CERN-EN/STI
CH-1211 Geneva 23
Switzerland
tel. +41 22 7678962
fax +41 22 7668854
On Tue, 26 Sep 2017, kabytayeva wrote:
> Hello everybody!
>
>
>
> I'm interested in gamma spetra after aluminum. Is it right to use USRBDX card
> as I did it(I attach my input file)
>
> Also I would like to know the units because I'm confused.If I understand
> right I will receive cm / GeV per primary. And to get photons/ cm2 per
> primary, I need to multiply the resulting value by 0.78125 (the volume of
> aluminum or may be if I interest in gamma spectrum after aluminium I do not
> have to do this?) and divide it by the energy difference in tab.lis and
> multiply it by Ebins(in my case I use Ebins in USRBDX card as 100).
>
>
> Many thanks!
>
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Received on Tue Sep 26 2017 - 20:19:12 CEST