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Events |  Workshop on the Operation of CESR Design 500 MHz Cavities

Workshop on the Operation of CESR Design 500 MHz Cavities

Dates: 26-27 January 2011
Venue: Diamond Light Source
Contact: Morten Jensen

The superconducting cavities used in the Diamond storage ring are only use in relatively few light sources to date. This meeting is open to current and future users of the superconducting cavities of the 500 MHz CESR-B design. Although the operation at each lab is different, we share the common aim to improve performance and reliability. The meeting will provide a forum, where the cavity experiences at the different labs can be discussed and shared. We will review typical operational requirements and reliability, upgrades and improvements carried out or planned, operating procedures and best practices.

Confirmed Attendees

Christopher Regier - Canadian Light Source
Michael Pekeler - Research Instruments GmbH
Daniel Trompetter - Research Instruments GmbH
James Rose - Brookhaven National Laboratory
Sergey Belomestnykh - Brookhaven National Laboratory and Cornell University
Heung-Sik Kang - Pohang Accelerator Laboratory
Young-Do Joo - Pohang Accelerator Laboratory
Chen Luo - Shanghai Ins. Of Applied Physics
Yubin Zhao - Shanghai Ins. Of Applied Physics
Chaoen Wang - National synchrotron Radiation Research Centre - Taiwan
Morten Jensen - Diamond Light Source
Pengda Gu - Diamond Light Source
Alun Watkins - Diamond Light Source
Shivaji Pande - Diamond Light Source

Download Presentations

Title
Speaker
 Welcome and Introduction R Walker, DLS
 DLS 1: The Diamond Storage Ring Cavities: Background, Statistics and Main Issues M Jensen, DLS
 DLS 2: Detailed analysis of Cavity Trips, Cavity Preparation and Trip Prevention. P Gu, DLS
 Cornell 1: Experience with C-cell cavities in CESR S. Belomestnykh, BNL/Cornell
 CLS 1:CLS SRF Operating Experience C. Regier on behalf of M. de Jong, CLS
 Taiwan 1: SRF Operation for TLS at NSRRC Part 1: Overview of Last 6 years operational experience C Wang, NSRRC
 RI: Cavity build development and variations/improvements M Pekeler, RI
 NSLS II: Considerations for the NSLS-II SRF System J Rose, NSLS
 PLS II: PLS-II RF System H S Kang, PLS
 SSRF 1: Operational Status of the SSRF RF System Y Zhao, Shanghai Ins. of Applied Physics
 CLS 2 - Dynamic Modeling of a Cryogenic System and the Canadian Light Source C Regier, CLS