An Intense Gamma-ray Source with Compton Backscattering
Abstract
Feasibility study of an intense gamma-ray source with Compton backscattering has been carried out. High infrared radiation power, generated with a supercon-ducting linac FEL, is collided between optical mirrors with an intense electron beam in a storage ring to generate several times of 10 12 quanta /s at an energy of 1 ∼20 MeV for nuclear experiment. An energy resolution of about 1 % with a pinhole or a circular slit is possible by using a 1 GeV electron beam with a small emittance and small energy spread.
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