Dear Kabytayeva,
I do not understand why you want to divide by the number of bins.
The units of USRBDX are cm-2 GeV-1 sr-1 per incident primary (Note 2 of USRBDX in the manual).
When associated to DCYSCORE with WHAT(1) > 0, the USRBDX provides a fluence rate expressed in units of cm-2 GeV-1 sr-1 s-1, i.e. it takes into account the beam intensity and irradiation profile (Note 1 of DCYSCORE in the manual).
Best regards, luigi
On 30.05.17, 09:09, "owner-fluka-discuss_at_mi.infn.it on behalf of kabytayeva" <owner-fluka-discuss_at_mi.infn.it on behalf of kabytayeva_at_jinr.ru> wrote:
Many thanks for your help!
I've got one more question
I add
- the irradiation profile (IRRPROFI) 300s / 6.24E12p/s
- the decay time (DCYTIMES)
- the scoring associated with the decay times (DCYSCORE) cooling time 0s
and USRBDX with Ebins=1000
I'm interested in what units I will get the results of USRBDX?
Is ir right that this card normalise( with considering IRRPROFI )
particles/cm2*s per energy bin? so if I have Ebins=1000 I need the
results of flair Y value divide to 1000 and I have particles/cm2*s?
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Received on Tue May 30 2017 - 11:51:43 CEST