| Re: info on charged particle simulations into NeuLAND [message #20276 is a reply to message #20256] |
Fri, 10 February 2017 15:17   |
Jan Mayer
Messages: 20
Registered: August 2015
|
occasional visitor |
From: *ikp.uni-koeln.de
|
|
Hi,
welcome back.
First, the missing files:
- 'r3b_cave_vacuum.geo' is simply 'r3b_cave.geo' with 'vacuum' instead of 'Air' in line 3. This does make a significant difference (as you would expect for charged particles flying through 14m of air). I'll commit it to the repository for convenience.
- 'neuland_v2_1400cm_30dp.geo.root' needs to be generated, as there are to many variations to include them all. Run
root -l -q ${VMCWORKDIR}'/macros/r3b/geo/create_neuland_demo_geo.C(30, 1400, "v2_1400cm_30dp")'
The macros are not completely up to date but should be enough to start looking into the matter. Here, some primary charged particles with ~same AMeV are generated.
I'm not quite sure what you want to know about the response of NeuLAND to charged particles. Due to the huge amount of material, the total energy can be obtained for many ions/energies.
One can, in principle, do the full \DeltaEE shenanigans, see the attached example for p,d,t,He-3,He-4 with fixed ~300 AMeV and an ~100-600 AMeV range.
Best,
Jan
|
|
|
|
GSI Forum
Search
Help
Members
Login
Home
