CAIN data for Beam Detector Simulation
Sent mail to akiya.miyamoto@kek.jp
if you have any request or question.
The index.html file was revised on 2-Dec-2002.
Old index.html file is
here
1.About CAIN files
- Accelerator parameters
- Processes included in the incoherent pairs files.
Following processes are included in CAIN to create incoherent pair files.
- BW, Breit-Wheeler (gamma + gamma -> e- + e+ )
- BH, Bethe-Heitler (gamma + e+- -> e+- + e- + e+ )
- LL, Landau-Lifshitz ( e + e -> e + e + e- + e+ )
- BR, Bremsstrahlung ( e+ e -> e + e + gamma )
All these processes were turned on to prepare all incoherent pair files
described here except those specified explicitly.
Another copy of following files will be found in the directory of
jlclogin.kek.jp:/data/vtx/cain
2. CAIN files for TRC500 parameter
Though 6 mrad is a standard crossing angle for TRC parameter,
files with different crossing angle values are created for comparison.
In the following list,
Data links to the CAIN data file where sequence of
each record is randomized after the file is created by CAIN job,
Input to the CAIN input file,
Jobout to the jobout output of CAIN, and
TDR to the TDR file created by CAIN.
All data here are created in 2-Dec-2002.
3. CAIN files for TRC1000 parameter
Though 6 mrad is a standard crossing angle for TRC parameter,
files with different crossing angle values are created for comparison.
All data here are created in 4-Dec-2002.
4. CAIN files for JLCY parameter
JLCY parameter is the standard parameterset used in
ACFA Report.
Here, cain files only for 7mrad crossing angle is prepared.