Basically, what you can do is print the particle age 'Atrack' through the mgdraw (BXDRAW) routine. As you probably know, when doing so, you can discriminate by particle type (Jtrack).
From: Helga Holmestad <helga.holmestad_at_cern.ch<mailto:helga.holmestad_at_cern.ch>>
Date: Thursday, January 15, 2015 12:50 AM
To: fluka-discuss <fluka-discuss_at_fluka.org<mailto:fluka-discuss_at_fluka.org>>
Subject: [fluka-discuss]: Time of arrival
Dear experts
What is the best way to find the time of arrival on a detector on an event by event basis.
The setup is:
I have a straight beam of anti-protons at 5.3 MeV.
The antiprotons first goes trough an aliminum foil, this makes the antiprotons have different energy and they are cattered. Then they go trough a thin collimator, and because of the scattering some will annihilate on the walls of the collimator. The collimator has a length of 20 cm, and the detector is placed 40 cm away from the end of the collimator. I need to find the time of arrival on the detector, both if an antiproton hits the detector or if a fragment from a decay in the collimator arrives at the detector.
I have attached the inputfile I am using
Best regards,
Helga
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Received on Thu Jan 15 2015 - 19:41:44 CET