Re: energy deposition in components of a compound

... just in case it wasn't obvious: continuous energy loss (which I
highlighted as steps, as opposed to physical energy deposition events)
might be present, depending on the problem. Obviously one wouldn't attempt
to pin down continuous energy loss.

:)

On Wed, 30 Nov 2011, Mary Chin wrote:

> Dear Tristan,
>
> This may be done via a user routine. Variables IBTAR and ICHTAR carry
> the A and Z values of the colliding target. Energy depositions may
> be intercepted in subroutine mgdraw (for steps) and, within mgdraw, entry
> ENDRAW in mgdraw (for physical energy deposition events).
>
> :) mary
>
> On Tue, 29 Nov 2011, tristan.davenne_at_stfc.ac.uk wrote:
>
>> Dear FLUKA experts,
>>
>> I have used FLUKA to calculate the energy deposition in a compound containing two components.
>> I obtain the energy deposition in the compound using a usrbin scoring card.
>>
>> Is it possible to set up a scoring card to store/extract the energy deposition in each component of a compound?
>>
>> I have made a simple 'engineering estimation' of the energy deposition in each component which
>> gives a workable approximation. However it would be useful and more accurate if I could obtain
>> the energy deposition in each component of the compound as part of the output of my FLUKA run.
>>
>>
>> Best Regards
>> Tristan
>>
>>
>>
>>
>
>
Received on Wed Nov 30 2011 - 18:31:10 CET