A 201 MHz RF cavity design with non-stressed pre-curved be windows for muon cooling channels

Li, D; Ladran, A; Staples, J; Virostek, S; Zisman, M; Lau, W; Yang, S; Rimmer, RA

Abstract:

We present a 201-MHz RF cavity design for muon cooling channels with non-stressed and pre-curved Be foils to terminate the beam apertures. The Be foils are necessary to improve the cavity shunt impedance with large beam apertures needed for accommodating large transverse size muon beams. Be is a low-Z material with good electrical and thermal properties. It presents an almost transparent window to muon beams, but terminates the RF cavity electro-magnetically. Previous designs use pre-stressed...

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APA Style

Li, D., Ladran, A., Staples, J., Virostek, S., Zisman, M., Lau, W., Yang, S., & Rimmer, R. A. (2003). A 201 MHz RF cavity design with non-stressed pre-curved be windows for muon cooling channels. Proceedings of the IEEE Particle Accelerator Conference, 2, 1243–1245.

MLA Style

Li, D., et al. “A 201 MHz RF Cavity Design with Non-Stressed Pre-Curved Be Windows for Muon Cooling Channels.” Proceedings of the IEEE Particle Accelerator Conference, vol. 2, 2003, pp. 1243–45.

Chicago Style

Li, D, A Ladran, J Staples, S Virostek, M Zisman, W Lau, S Yang, and RA Rimmer. 2003. “A 201 MHz RF Cavity Design with Non-Stressed Pre-Curved Be Windows for Muon Cooling Channels.” Proceedings of the IEEE Particle Accelerator Conference 2: 1243–45.
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