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22–27 Oct 2024
Hangzhou Platinum Hanjue Hotel
Asia/Shanghai timezone

Development of 1.2 Mega-Watt P-band Travelling Wave Resonant Ring

23 Oct 2024, 21:07
1m
Whole Workshop in 278

Whole Workshop in 278

Poster 02: Accelerator technology Poster

Speaker

凡予 王 (高能物理研究所)

Description

High power microwave devices, such as ceramic windows and waveguide valves, are critical components in accelerators, where safety and reliability are paramount. To ensure their safe operation, these devices must undergo rigorous high-power testing. The Traveling Wave Resonant Ring (TWRR) is an economical and efficient device used for such testing. The Institute of High Energy Physics (IHEP) is currently designing a TWRR at the P-band frequency to support the development of klystrons. The TWRR's main components include a directional coupler, observation window, load and cooling system. This TWRR is capable of testing at 1.5 times the rated power of an 800-kW klystron, significantly reducing the risk of the window being penetrated during operation.

Primary authors

凡予 王 (高能物理研究所) 欧正 肖 (高能所) Zusheng Zhou (IHEP)

Presentation materials