Hi,
There are several ways of achieving it. I personally prefer the way with stuprf.f
This is a routine that will be called after each interaction.
You can check for a photonuclear in the routine like
IF (IJ.EQ.7 .AND. NPSECN.GT.NPPRMR) THEN
* inside the IF you can inspect the secondary stack which you need to INCLUDE '(GENSTK)'
DO I=1,NP
* and check all secondaries if you have a neutron, which you can dump in file
IF (KPART(I).EQ.8) THEN
WRITE(99,*),'Photonuclear -> neutron', XX, YY, ZZ, TKE(I)
END IF
END DO
END IF
The electric field is still not operational
Cheers
Vasilis
________________________________
From: owner-fluka-discuss_at_mi.infn.it [owner-fluka-discuss_at_mi.infn.it] on behalf of gdiniz93_at_aluno.unb.br [gdiniz93_at_aluno.unb.br]
Sent: Wednesday, June 29, 2016 18:01
To: fluka-discuss_at_fluka.org
Subject: [fluka-discuss]: Neutrons first position
Dear FLUKA experts,
I'm a relatively new user, I am trying to find a way to record the
position and time where a photonuclear reaction occurred in my simulations.
My geometry is simply several layers of atmospheric air with different
density.
Currently I'm using mgdraw.f (using from USERDUMP) to record some particle
during a boundary crossing between the layers, but the information of where
and when exactly the photon generated a neutron is still unknown to me.
I've been reading about the entry USDRAW from mgdraw.f and first of all
I've thought that would be the way, but I've seen the flags of "ICODE" and
if I'm right, I should use the "20x" flag, the one for photons, but none of
these flags refers to the photonuclear reactions.
As I was reading the forum, I've saw some options with stuprf.f and
stupre.f but I am not familiar with those and I am not progressing through
them.
Can anyone give me instructions or examples?
Thank you for the attention, Gabriel.
P.S.: A separated question, can anyone tell me what is current status of
the ELCFIELD card? Can we already use electric fields in FLUKA simulations
and how to do it?
Thank you again.
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Received on Mon Jul 04 2016 - 19:14:22 CEST