题名: |
Choke for Standing Wave Structures and Flanges |
作者: |
Yeremian, A. D.; Dolgashev, V. D.; Tantawi, S. G. |
关键词: |
Accelerators##Flanges##Standing waves##Bonding##Brazing##Breakdown##Construction##Design##Electromagnetic fields##Hydrogen##Stanford Linear Accelerator Center (SLAC)## |
摘要: |
SLAC participates in the U.S. High Gradient collaboration whose charter includes basic studies of rf breakdown properties in accelerating structures. These studies include experiments with different materials and construction methods for single cell standing wave accelerating structures. The most commonly used method of joining cells of such structures is the high temperature bonding and/or brazing in hydrogen and/or vacuum. These high temperature processes may not be suitable for some of the new materials that are under consideration. We propose to build structures from cells with an rf choke, taking the cell-to-cell junction out of the electromagnetic field region. These cells may be clamped together in a vacuum enclosure, the choke joint ensuring continuity of rf currents. Next, we propose a structure with a choke joint in a high gradient cell and a view port which may allow us microscopic, in-situ observation of the metal surface during high power tests. And third, we describe the design of a TM01 choke flange for these structures. |
总页数: |
3 |
报告类型: |
科技报告 |