Experiment of X-ray Generations Using Laser Compton Scattering at LINAC of SINAP

PAN Qiang-yan; XU Wang; LUO Wen; FAN Gong-tao; Yang Li-feng; et al.

doi:10.11804/NuclPhysRev.26.S1.109

Experiment of X-ray Generations Using Laser Compton Scattering at LINAC of SINAP

摘要

摘要: Laser Compton scattering(LCS) can generate Xrays or γrays with high brightness and easy controlled polarization by applying highpeakpower laser pulses to relativistic electron bunches. One of the most promising approaches to short pulsed Xray sources is the laser synchrotron source. It is based on LCS between picoseconds relativistic electron bunches and picoseconds laser pulses. A project of Shanghai laser electron gamma source with LCS method has been proposed on Shanghai synchrotron radiation facility. Before that, a prototype has been developed in the beamline of the linear accelerator at the Shanghai Institute of Applied Physics, Chinese Academy of Sciences. The LCS experiment was carried out by using the 107 MeV, 5 Hz, 1 ns, 0.1 nC electron bunches from the linear accelerator and the 18 ns, 10 MW peak power, Nd∶YAG laser pulses. In this communication, we describe the details and report the first results of this experiment.

Abstract: Laser Compton scattering(LCS) can generate Xrays or γrays with high brightness and easy controlled polarization by applying highpeakpower laser pulses to relativistic electron bunches. One of the most promising approaches to short pulsed Xray sources is the laser synchrotron source. It is based on LCS between picoseconds relativistic electron bunches and picoseconds laser pulses. A project of Shanghai laser electron gamma source with LCS method has been proposed on Shanghai synchrotron radiation facility. Before that, a prototype has been developed in the beamline of the linear accelerator at the Shanghai Institute of Applied Physics, Chinese Academy of Sciences. The LCS experiment was carried out by using the 107 MeV, 5 Hz, 1 ns, 0.1 nC electron bunches from the linear accelerator and the 18 ns, 10 MW peak power, Nd∶YAG laser pulses. In this communication, we describe the details and report the first results of this experiment.

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