Thank you Luigi,
You may know that USRTRK is time-integrated flux (i.e., fluence) of particles as a function of energy.In need flux as a function of both energy and time: f(E,t).
The same is true about population, particle yield and reaction rate.
On Wed, 01/17/2018 12:44 AM, Luigi Salvatore Esposito <luigi.salvatore.esposito_at_cern.ch> wrote:
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Dear Mohmmad,
you can give a look at USRTRACK for fluence estimator in a region.
In case this is not what you want, post an additional request to the list but please elaborate more what you intend to do.
Best, luigi
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On 16 Jan 2018, at 19:40, MOHAMMAD JAVAD SAFARI <mjsafari_at_aut.ac.ir> wrote:
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Hi
all,
>
Currently, I'm able to calculate the time-dependent yield of emerging particles from a region to another one.
So, what about those particles that remain in the region.
More precisely: how to evaluate the volume-averaged time-dependent flux/population/yield?
This problem is regarding to both the energy-independent and energy-dependent distributions.
For example, I'm willing to evaluate something like f(E,t) or at least f(t).
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All the best
Mohammad Javad Safari
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Received on Wed Jan 17 2018 - 07:27:51 CET