1. Update on Geometry Tagging (01/19/17)
GEMC result plot
BeAGLE output + crossing angle of 50 mrad.
Collided Baryon  proton

2. Update on Geometry Tagging (01/19/16)
BeAGLE output + crossing angle of 50 mrad.
Frame transform
Collided Baryon  proton
I don’t find the PID for heavy ion yet. So I use:
𝐹=𝛾𝑚𝑎∝𝑍
𝑎∝𝑍/𝛾𝑚∝𝑍/𝛾𝐴
𝛾 𝑝 =𝛾 𝑏𝑎𝑟𝑦𝑜𝑛 𝐴/𝑍
Then we can describe the trajectory of the collided baryon by a proton.

3. Update on Geometry Tagging (01/19/16)
GEMC results
~ 90 % of particles are lost in detector region
All the collided baryons, some of neutrons, photons, and very few protons can reach the focus point
Currently only 12 events at maximum can be simulated. I need to find the reason

4. Update on Geometry Tagging
Work next
Currently only 12 events at maximum can be simulated. I need to find the reason
Analyze particle distribution at the exit of the third final focus quad, the exit of the second dipole, and the focus point