2006•Unpublished venueRequires access

STATUS OF THE PHOTOCATHODE RF GUN RESEARCH AT TSINGHUA UNIVERSITY

He Xiaozhong, Tang Chuan-Xiang, Wenhui Huang, Huaibi Chen, D. Taibing, Chih‐Chien Cheng, Du Ying-Chao, Lin Yu-zheng

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Abstract

An S-band high gradient photocathode RF gun test stand is in construction at Tsinghua University. The photocath-ode RF gun test stand is a primary step of a femtosecond hard x-ray source based on Thomson scattering. The pho-tocathode RF gun system adopts BNL IV type 1.6 cell RF gun, compact compensation solenoid and Ti:Sapphire laser. We foresee to use this photocathode RF gun to Thomson scattering experiments. Current status of the RF gun sys-tem, including the status of the RF gun, solenoid, and the laser system will be reported in this paper. The RF mea-surement result of the RF gun and magnetic measurement results of the solenoid will be given.

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What this paper is about

An S-band high gradient photocathode RF gun test stand is in construction at Tsinghua University. The photocath-ode RF gun test stand is a primary step of a femtosecond hard x-ray source based on Thomson scattering. The pho-tocathode RF gun system adopts BNL IV type 1.6 cell RF gun, compact compensation solenoid and Ti:Sapphire laser. We foresee to use this photocathode RF gun to Thomson scattering experiments. Current status of the RF gun sys-tem, including the status of the RF gun, solenoid, and the laser system will be reported in this paper. The RF mea-surement result of the RF gun and magnetic measurement results of the solenoid will be given.

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Available abstract

An S-band high gradient photocathode RF gun test stand is in construction at Tsinghua University. The photocath-ode RF gun test stand is a primary step of a femtosecond hard x-ray source based on Thomson scattering. The pho-tocathode RF gun system adopts BNL IV type 1.6 cell RF gun, compact compensation solenoid and Ti:Sapphire laser. We foresee to use this photocathode RF gun to Thomson scattering experiments. Current status of the RF gun sys-tem, including the status of the RF gun, solenoid, and the laser system will be reported in this paper. The RF mea-surement result of the RF gun and magnetic measurement results of the solenoid will be given.

Key concepts: Photocathode, Electron gun, Solenoid, Thomson scattering, Radio frequency, Optics, Railgun, Physics

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