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Scattering of a few-cycle laser pulse by a single relativistic electron

Author:
Tian, Youwei  Zhang, Qiuyuan  Yu, Xunjian  Chen, Yang  Jiang, Yiwen  Liu, Huanhuan  


Journal:
OPTICAL AND QUANTUM ELECTRONICS


Issue Date:
2013


Abstract(summary):

The scattering of a single relativistic electron with few-cycle plane wave laser pulse with intensity of about is theoretically and numerically analyzed in the linear regime, and the radiated energy spectra of electron shows that zeptosecond X-ray pulses can be supported. The influences of the initial carrier-envelope phase offset of the incident few-cycle laser pulses are studied, and the results demonstrate that a single zeptosecond pulse can be produced from scattering by using a single-cycle laser pulse with fixed initial carrier-envelope phase offset . It is discovered that the influence of the initial carrier-envelope phase on the spectrum of the radiation is apparent for low and high frequency of the spectrum, but there is no influence of the central part of the spectrum.


Page:
829---836


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