Dear Zhefu,
1) Can FLUKA calculate the integrated neutron yields, neutron energy spectra and angular distributions for deutron beam energies lower than 10MeV hit thick tritium target ?
For the time being FLUKA does not handle the interaction of deuteron at low energy (which hopefully will be the case in a future release).
2) The same question about the incident proton beam energies lower than 4MeV hit Li target ?
You problem is at the boundary of the FLUKA capabilities. Before considering the FLUKA results as reliable for a complex application, I would suggest to cross check on a simple case with existing experimental data.
If not, could you give me some suggestions on which code could do this kinds of calculation ?
Any help will be appreciated and thanks in advancde !
I am not an expert but maybe MCNP(X) could be able to treat those two cases.
Greetings
Joachim
From: owner-fluka-discuss_at_mi.infn.it [mailto:owner-fluka-discuss_at_mi.infn.it] On Behalf Of lzfneu
Sent: 26 May 2016 05:39
To: fluka-discuss_at_fluka.org
Cc: neu lzf <lzfneu_at_live.com>
Subject: [fluka-discuss]: Question about incident deuteron or proton beam energies lower than 10MeV ?
Dear all,
Here are two questions to cousult you:
1) Can FLUKA calculate the integrated neutron yields, neutron energy spectra and angular distributions for deutron beam energies lower than 10MeV hit thick tritium target ?
2) The same question about the incident proton beam energies lower than 4MeV hit Li target ?
If not, could you give me some suggestions on which code could do this kinds of calculation ?
Any help will be appreciated and thanks in advancde !
Zhefu
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Received on Fri May 27 2016 - 12:15:57 CEST