Tag archive: cavity processing
Leah Hesla | 29 March 2012
Researchers at Cornell University's Energy Recovery Linac programme recently achieved three milestones in two months. One of them could lead to more reliable superconducting accelerator cavities.
Category:
Around the World | Tagged:
beam current, beam emittance, cavity diagnostic, cavity processing, cavity testing, Cornell, energy recovery linac, ERL, SRF technology
Leah Hesla | 5 May 2011
Anything bulk niobium can do, thin films can do better. At least, that’s the hope of Jefferson Laboratory scientists, who are currently exploring a method that would allow them to create customisable thin niobium films.
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Around the World | Tagged:
cavity processing, cavity surface, Jefferson Lab, JLab, niobium, superconducting cavity, thin films
Leah Hesla | 7 April 2011
Fermilab and Jefferson Lab redouble efforts on hydroformed cavities through R&D and industrialisation.
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Feature | Tagged:
cavity, cavity processing, cavity production, cavity testing, DESY, Fermilab, hydroforming, JLab, niobium
Barry Barish | 15 May 2008
The coordination of superconducting radiofrequency R&D is central to the Global Design Effort's mission of bringing the design for the ILC to the point we can make a robust proposal to our governments.
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Director's Corner | Tagged:
cavity processing, cavity testing, Fermilab, ILC R&D, KEK, plug compatibility, S1-global, SCRF, STF
Elizabeth Clements | 4 January 2007
To make the superconducting cavities for the ILC sparkle, they must undergo a series of surface treatments to make them as clean and pure as possible – a necessity for achieving high accelerating gradients. Electropolishing and Buffered Chemical Polishing, the two types of chemical treatments required for the cavities, are not simple tasks. They involve tricky chemicals and a detailed recipe for producing the best cavities possible.
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Feature | Tagged:
BCP, buffered chemical polishing, cavity processing, cavity R&D, Cornell University, DESY, JLab, KEK
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