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Forum: Hadronic Processes
Re: None deuteron+tritium (michel maire)
Re: None Re: deuteron+tritium (Dennis H. Wright)
Re: None Re: deuteron+tritium (Dennis H. Wright)
Re: None Re: deuteron+tritium (michel maire)
Date: 18 Dec, 2012
From: Michael H. Kelsey <Michael H. Kelsey>

On Tue, 18 Dec 2012 19:26:41 GMT, michel maire wrote:
> On Tue, 18 Dec 2012 17:49:53 GMT, Dennis H. Wright wrote:
> > The only model that might work would be INCL++. However at these low
> > energies there is no guarantee.
> 
>  In PhysicsList, I used :
>   RegisterPhysics( new HadronPhysicsQGSP_INCLXX(verb));
> 
>  Result is in attachement
>  - It seems that INCL is not registered for deuteron. Only binary cascade ?

The full QGSP_INCLXX physics list (physics_lists/lists/include/QGSP_INCLXX.icc) has a separate G4IonINCLXXPhysics builder which handles light ions (up to alpha). If you're building your own physics list, you probably want to add that builder as well.

> - The only reaction is production of He5

You might consider adding G4RadioactiveDecayPhysics to your physics list. He-5 is shortlived (7E-22 s), and in real life decays by neutron emission to alpha. It does have an entry in the $G4RADIOACTIVEDATA area. If you're seeing He-5 as a "stable" generic ion, that may mean that there's no process available to do anything with it.

      -- Michael Kelsey

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1 None: Re: deuteron+tritium   (michel maire - 19 Dec, 2012)
(_ Question: Re: deuteron+tritium   (Bruce Pierson - 24 Jun, 2015)
(_ None: Re: deuteron+tritium   (Michael H. Kelsey - 24 Jun, 2015)
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