Mr
James Rose
(Brookhaven)
07/05/2010, 09:30
The superconducting cavity designed for the Cornell Electron Storage Ring B-Factory (CESR-B) has been successfully adapted for use in synchrotron light sources and are in use at Canadian Light Source, Taiwan LS, Diamond LS, Shanghai LS. The coupling for these systems results in external Q's of ~250,000 to 150,000. For application in new large diameter high brightness light sources such as...
Dr
Yoon Kang
(Oak Ridge National Laboratory)
07/05/2010, 10:00
High power RF processing of RF components has been performed at the Spallation Neutron Source (SNS) for installation, commissioning, and operations support of its linac accelerating cavity structures. SNS linac employs various types of accelerating structures: the normal conducting RFQ, drift tube linac (DTL), and coupled cavity linac (CCL) cavities and the superconducting RF linac (SCL)...
Eric Montesinos
(CERN)
07/05/2010, 11:00
Description of the new CERN-SPL, ESRF and SOLEIL RF power couplers.
David Bromberek
(Argonne National Laboratory)
07/05/2010, 11:30
In operation since 2002, the APS 350-MHz cw rf test stand is used primarily for testing and conditioning of storage ring rf cavity components. Successes, failures, and conditioning techniques will be discussed, as well as recent improvements including the implementation of an automated conditioning script, input coupler design modifications, and future plans.
