Difference between revisions of "2015 NSF Proposal"
| Line 31: | Line 31: | ||
Simulations for upcoming Run Group C experiment in Hall B. Moller background simulation to evaluate beam line shielding design. | Simulations for upcoming Run Group C experiment in Hall B. Moller background simulation to evaluate beam line shielding design. | ||
| + | Below is the Xbj distribution predicted by clasDIS using an 11 GeV beam. | ||
| − | [[File:TF_CLAS12_RGC_11GeV_Xbj_4-17.png | 400 px]][[File:TF_CLAS12_RGC_5GeV_Xbj_4-17.png 400 px]] | + | [[File:TF_CLAS12_RGC_11GeV_Xbj_4-17.png | 400 px]] |
| + | |||
| + | Below is the Xbj distribution predicted by class using a 5 GeV beam to benchmark the simulation to experiment E00-108. | ||
| + | |||
| + | [[File:TF_CLAS12_RGC_5GeV_Xbj_4-17.png 400 px]] | ||
[[NSF]] | [[NSF]] | ||
Revision as of 19:13, 3 June 2017
Proposal Due
November 13, 2015
http://www.nsf.gov/pubs/2015/nsf15579/nsf15579.htm
000416256
Mention how construction of R1 illustrates the groups level of investment in Hall B's physics research program. The group's involvement will continue by training students in the calibration
of the CLAS12 drift chambers. Olga Cortez has already been contributing in this manner.
Annual Project Report
June 2017
Reviewed NSF proposal. Reviewed PAC proposal for CLAS.
Software beta testing. Particle vertex reconstruction.
Simulations for upcoming Run Group C experiment in Hall B. Moller background simulation to evaluate beam line shielding design.
Below is the Xbj distribution predicted by clasDIS using an 11 GeV beam.
Below is the Xbj distribution predicted by class using a 5 GeV beam to benchmark the simulation to experiment E00-108.
File:TF CLAS12 RGC 5GeV Xbj 4-17.png 400 px