From: Giuseppe Battistoni (Giuseppe.Battistoni@mi.infn.it)
Date: Fri Apr 13 2007 - 16:59:03 CEST
Dear Ashay
FLUKA cannot go directly to the detail that you need.
I mean tat FLUKA cannot go at the level
of taking into account energy levels of atoms, molecules and energy bands
of solids. The minimum energy scale that FLUKA can manage is 1 keV.
With FLUKA you can define compounds to reproduce doped silicon
(provided that this is significant) but only from the point of view of
relative content of atoms.
In principle it could be possible to post-process energy deposition data
(like those score with USRBIN or USRTRACK) with some user code
capable of simulating a posteriori electronic effects. For instance, this
is the way in which we calculate radiation damage effects using the known
cross section for lattice dislocation.
At present we have not yet activated the possibility of switching on a
local electric field.
Giuseppe Battistoni
On Fri, 13 Apr 2007, Ashay Narsale wrote:
> Hi all,
>
> I am trying to use Fluka for neutron scattering (low-energy) in silicon.
>
> 1. But I want to use doped silicon for this. Is this possible in Fluka and
> if yes, how do I do it?
>
> 2. How can I simulate neutron scattering under an electric field?
>
>
> Thanks in advance,
> Ashay Narsale
> Dept. of Electrical and Computer Engineering,
> University of Rochester,
> Rochester, NY 14627, USA.
>
>
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