Reduced length design of 9.8 MHz APS/PAR accelerator cavity | Zendy

Y.W. Kang | Zendy; R.L. Kustom | Zendy; J. Bridges | Zendy

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Reduced length design of 9.8 MHz APS/PAR accelerator cavity

Author(s) -

Y.W. Kang,

R.L. Kustom,

J. Bridges

Publication year - 1992

Language(s) - English

Resource type - Reports

DOI - 10.2172/97086

Subject(s) - transmission line , line (geometry) , radial line , capacitive sensing , physics , harmonic , coaxial , optics , transmission (telecommunications) , electric power transmission , materials science , cavity wall , acoustics , electrical engineering , engineering , geometry , mathematics , composite material

The Accelerator cavities in this report can be modeled as a circuit with transmission line sections and lumped elements. Two configuration of the reduced length coaxial cavities are discussed; the folded cavity and the radial line loaded gap cavity are compared with design equations. The APS PAR 9.8 MHz first harmonic cavity is designed in the two configurations and compared. Since capacitive loading in the reduced length cavities involves use of radial transmission line structure, the properties of radial transmission line are discussed. The results of URMELT simulations are presented and compared

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