Difference between revisions of "Center for Injectors and Sources"
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[[File:GroupPhoto_March2010.jpeg|thumb|right|400px|alt=Group Photo.|CIS members are (l to r) Jim Clark, Matt Poelker (Group Leader), Steve Covert, Phil Adderley, Riad Suleiman, John Hansknecht, Marcy Stutzman, Joe Grames.]] | [[File:GroupPhoto_March2010.jpeg|thumb|right|400px|alt=Group Photo.|CIS members are (l to r) Jim Clark, Matt Poelker (Group Leader), Steve Covert, Phil Adderley, Riad Suleiman, John Hansknecht, Marcy Stutzman, Joe Grames.]] | ||
| − | Our group develops and maintains the highly spin-polarized (>85%) electron photo-injector of the CEBAF accelerator at Jefferson Lab based upon photoemission from strained-superlattice gallium arsenide photocathodes. Our group is involved in the associated R&D of very high voltage DC guns, high power RF synchronized lasers, extreme high vacuum, novel photocathode materials and electron beam polarimetry. | + | Mission: Our group develops and maintains the highly spin-polarized (>85%) electron photo-injector of the CEBAF accelerator at Jefferson Lab based upon photoemission from strained-superlattice gallium arsenide photocathodes. Our group is involved in the associated R&D of very high voltage DC guns, high power RF synchronized lasers, extreme high vacuum, novel photocathode materials and electron beam polarimetry. |
| − | [[Contact Us]] | + | '''[[Contact Us]]''' |
| − | [[CIS Library]] | + | |
| − | [[CEBAF Operations]] | + | '''[[CIS Library]]''' |
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| − | + | '''[[CEBAF Operations]]''' | |
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| − | + | '''[[UITC Operations]]''' | |
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| − | + | '''[[Technical Areas]]''' | |
| − | + | '''[[Research & Design]]''' | |
| + | '''[[Useful Links]]''' | ||
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Latest revision as of 18:03, 29 May 2014
Mission: Our group develops and maintains the highly spin-polarized (>85%) electron photo-injector of the CEBAF accelerator at Jefferson Lab based upon photoemission from strained-superlattice gallium arsenide photocathodes. Our group is involved in the associated R&D of very high voltage DC guns, high power RF synchronized lasers, extreme high vacuum, novel photocathode materials and electron beam polarimetry.