Difference between revisions of "10-10-18 meeting notes"
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(Created page with "==Meeting notes== ===GPT Simulations of GTS - Ion trapping=== *Clean up derivation of net force on ion. *Consider trapping between two anodes, two solenoids, etc. *An optimiza...") |
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==Meeting notes== | ==Meeting notes== | ||
===GPT Simulations of GTS - Ion trapping=== | ===GPT Simulations of GTS - Ion trapping=== | ||
| − | * | + | *Compare JLab_sol_smooth with normalized field map of the solenoid lenses from Riad. Are they the same? |
| − | * | + | *Recalculate scaling factors for field maps of solenoid lenses...they seem to be off by a factor of 10^5 |
| − | * | + | *Create multiplot of Sum(Bx), Sum(By), and Sum(Bz), i.e. the net B-field in the x, y, and z directions as a function of time. Perhaps do the same thing with Ex, Ey, Ez. |
| + | **Need correct field maps that extend between z=0 and z=1.2m (the range of the mag. solenoid B-field map), and between r=0 and r=0.04 (roughly the maximum diameter of the beam pipe). Will eventually get the extended E-field maps from Gabriel. | ||
===BPM measurements=== | ===BPM measurements=== | ||
| − | *Eventually should be able to use the "BPM" at GTS to take measurements of characteristic ion oscillation frequencies. | + | *Eventually should be able to use the "BPM" at GTS to take measurements of characteristic ion oscillation frequencies. Need to come up with a list of specifications for the experiment. |
Latest revision as of 14:43, 11 October 2018
Meeting notes
GPT Simulations of GTS - Ion trapping
- Compare JLab_sol_smooth with normalized field map of the solenoid lenses from Riad. Are they the same?
- Recalculate scaling factors for field maps of solenoid lenses...they seem to be off by a factor of 10^5
- Create multiplot of Sum(Bx), Sum(By), and Sum(Bz), i.e. the net B-field in the x, y, and z directions as a function of time. Perhaps do the same thing with Ex, Ey, Ez.
- Need correct field maps that extend between z=0 and z=1.2m (the range of the mag. solenoid B-field map), and between r=0 and r=0.04 (roughly the maximum diameter of the beam pipe). Will eventually get the extended E-field maps from Gabriel.
BPM measurements
- Eventually should be able to use the "BPM" at GTS to take measurements of characteristic ion oscillation frequencies. Need to come up with a list of specifications for the experiment.