Difference between revisions of "Beam line"
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* Slit assembly drawing, the beam enters the flat part of the slit: [[Media:haysg_JL0035130-EMS SLIT SYSTEM ASSEMBLY.pdf]] | * Slit assembly drawing, the beam enters the flat part of the slit: [[Media:haysg_JL0035130-EMS SLIT SYSTEM ASSEMBLY.pdf]] | ||
* Slits gap measured by S&A after Bubba "lapped" them to attain no gap w/o foil [[Media:Slits S&A gap measurements.pdf]] | * Slits gap measured by S&A after Bubba "lapped" them to attain no gap w/o foil [[Media:Slits S&A gap measurements.pdf]] | ||
| + | * [[Media:YAG_facts.docx]] | ||
| + | * The YAG crystal is 100 um thick | ||
| + | * | ||
| + | [[File:YAG screen is 100 um thick.jpeg]] | ||
Revision as of 07:52, 17 May 2017
- This is the field map for MFGGT01: Media:GTS Solenoid 001 Integrals.xlsx
- This is the field map for MFGGT02:Media:GTS Solenoid 002 Integrals.xlsx
- This is the data sent by RadiaBeam for the steering magnets MCRGT01, 02 and 03:Media:RadiaBeam steerers testdata
- Beam line layout as of November 2016: Media:JL0038343-MAGNETIZED BEAM LDRD ASSY 4 solenoids.pdf
- Slit assembly drawing, the beam enters the flat part of the slit: Media:haysg_JL0035130-EMS SLIT SYSTEM ASSEMBLY.pdf
- Slits gap measured by S&A after Bubba "lapped" them to attain no gap w/o foil Media:Slits S&A gap measurements.pdf
- Media:YAG_facts.docx
- The YAG crystal is 100 um thick
