Research of high bright monochromatic radiation production by laser Compton scatters and its applications

讨论了高亮度γ射线的产生及其在核废料变形中的应用.最近激光和光学技术的发展使我们能够将光子存储在高亮度的γ射线中。这种产生效率高的γ射线有望作为ILT已经研究过的核变形的有趣应用。结果表明，这种方法是有前景的。我们用高能电子束和超腔中积累的光子进行了小规模实验。(1)激光在腔中积累。我们在7500转的腔中积累激光，稳定性超过10小时。(2)相互作用实验：腔中积累的激光与高能电子束相互作用，可以获得γ射线的产生。这一结果与从空腔储存率和电子束能量的预测结果相吻合。(3)核形变研究我们研究了这种γ射线应用于巨共振核形变的可行性。

A generation of high brightness γray and it'application to transmutation of nuclear waste its discussed. The recent development of laser and optical technology allows us to storage the photons in a generation of high brightness γray. Such γray with high efficiency of generation is expected to use interesting application as nuclear transmutation which has been studied at ILT.The result shows this methods promising.We performed a small-scale experiment with the high-energy electron beam and accumulated photon in a super cavity.(1)Accumulation of laser in a cavity.We performed to accumulate the laser in a cavity with 7500 turn with a stability of more than 10 hours.(2)Interaction experimentsLaser accumulate in the cavity is interacts with high energy electron beam and γ-ray generation can be obtained. This results corresponded quite well to the predicted one from cavity storage rate and electron beam energy.(3)Investigation of transmutation of NuclearWe have investigated the feasibility of this γray application to the transmutation of nuclear by giant resonance.