Preliminary research results for generation and application of high power ion beams on FLASH II accelerator | Zendy

Hailiang Yang | Zendy; Aici Qiu | Zendy; Jiasheng Zhang | Zendy; Xiaoping He | Zendy; Jianfeng Sun | Zendy; Peng Jianchang | Zendy; Tang Junping | Zendy; Ren Shuqing | Zendy; Ouyang Xiaoping | Zendy; Guoguang Zhang | Zendy; Jianjun Huang | Zendy; Yang Li | Zendy; Haiyang Wang | Zendy; Hongyu Li | Zendy; LI Jing-ya | Zendy

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Preliminary research results for generation and application of high power ion beams on FLASH II accelerator

Author(s) -

Hailiang Yang,

Aici Qiu,

Jiasheng Zhang,

Xiaoping He,

Jianfeng Sun,

Peng Jianchang,

Tang Junping,

Ren Shuqing,

Ouyang Xiaoping,

Guoguang Zhang,

Jianjun Huang,

Yang Li,

Haiyang Wang,

Hongyu Li,

LI Jing-ya

Publication year - 2004

Publication title -

acta physica sinica

Language(s) - English

Resource type - Journals

ISSN - 1000-3290

DOI - 10.7498/aps.53.406

Subject(s) - flash (photography) , diode , beam (structure) , anode , atomic physics , ion , ion beam , cathode , irradiation , physics , materials science , proton , plasma , electron , cathode ray , radiation , nuclear physics , optics , optoelectronics , electrical engineering , electrode , quantum mechanics , engineering

Preliminary results for the generation and application of the high power ion beam(HPIB) on the FLASH Ⅱ accelerator are reported. The structure and principle of the pinch reflex ion beam diode are introduced. The equation of parapotential flow is corrected for the reduction of diode A-K gap due to the motion of cathode and anode plasma. The HPIB peak current of 160kA is obtained with a peak energy of 500keV. Experimental investigations of generating 6—7MeV quasi-monoenergetic pulsed γ-rays with high power ion(proton) beams striking 19F target are presented. In addition, the results of the thermal-mechanical effects on the material irradiated with HPIB, which are applied to the simulation of 1keV black body radiation x-rays, are also discussed.

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