Difference between revisions of "SRF Booster"
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==Booster Design Documents== | ==Booster Design Documents== | ||
| − | * Haipeng's summaries of booster | + | * Haipeng's summaries of booster can be found at: https://wiki.jlab.org/ciswiki/index.php/Beamline_element_details |
* Haipeng's IPAC2013 document on booster [[media:Haipeng_booster_IPAC2013.pdf]] | * Haipeng's IPAC2013 document on booster [[media:Haipeng_booster_IPAC2013.pdf]] | ||
* Haipeng's IPAC2015 document on booster [[media:Haipeng_booster_IPAC2015.pdf]] | * Haipeng's IPAC2015 document on booster [[media:Haipeng_booster_IPAC2015.pdf]] | ||
Latest revision as of 14:52, 12 April 2021
A new SRF booster cryomodule was designed and built to accelerate 200 keV beam to 533 keV (2 cell) and then to MeV energies (7 cell).
Booster Design Documents
- Haipeng's summaries of booster can be found at: https://wiki.jlab.org/ciswiki/index.php/Beamline_element_details
- Haipeng's IPAC2013 document on booster media:Haipeng_booster_IPAC2013.pdf
- Haipeng's IPAC2015 document on booster media:Haipeng_booster_IPAC2015.pdf
- Reza's booster requirements document media:Reza's booster requirements.docx
SRF Drawings
- drawing from Jim Henry media:CRM1107001-0001_-_PDF_1.pdf
- drawing from Jim Henry, the internal dimensions of booster media:CRM1107014-0002.pdf
Measurement results - booster, aka QCM
- Yan's summary of his booster studies media:Yan's summary of booster studies to date.pptx
- Max's thoughts on booster GSet calibrations, with focus on nonlinear behavior of 2-cell GSet can be found at: https://wiki.jlab.org/ciswiki/index.php/Max%27s_thoughts_on_QCM_GSet_calibration