RE: RE: [fluka-discuss]: Deuterium-tritium neutron generator

From: Anton Lechner <>
Date: Mon, 3 Oct 2016 08:11:18 +0000

Dear Adam,

Since you are interested in the generated neutrons (and not a priori in deuterons), the best solution in your case would be that you directly implement the neutron source inside a source routine. It is foreseen to have deuteron interactions at some point in FLUKA (at higher energies), however considering that you are interested in fusion products at very low energy the best (and probably only) way would be a customized source routine.

Cheers, Anton

From: adwasil []
Sent: 29 September 2016 15:49
To:; Anton Lechner
Subject: Re: RE: [fluka-discuss]: Deuterium-tritium neutron generator

Is there any possibility to implement these interactions to FLUKA in the near future?
Best regards
Adam Wasilewski

> Dear Adam,
> Nuclear interactions of deuterons are presently not implemented in FLUKA.
> Cheers, Anton
> ________________________________________
> From: [] on behalf of adwasil []
> Sent: 26 September 2016 12:20
> To:
> Subject: [fluka-discuss]: Deuterium-tritium neutron generator
> Dear FLUKA experts.
> I'm trying to obtain neutron source according to d+t->4He+n reaction. I'he defined 80keV deuterium beam irradiating tritium target (with density much greater then hydrogen gas), but no neutron is generated with so defined source.
> What am I doing wrong?
> Best regards
> Adam Wasilewski
> __________________________________________________________________________
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Received on Mon Oct 03 2016 - 13:12:23 CEST

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