中文摘要：

由用计算机模拟调查的相对论的电子过时的人或物短脉搏激光散布的线性 Thomson。它被看那～ 3 的强烈激光脉搏散布 3 fs 在半最大值的完整的宽度，与γ _ 的一个电子 0 = 10 起始的精力，在向后的方向与 2.5 nm 的光子波长产生 76 attoseconds 的超短波的、搏动的放射。一个高度相对论的电子产生的散布放射与更低的相对论的精力电子产生的那相比以它的脉搏宽度和尖分发有优异质量。

英文摘要：

Abstract Linear Thomson scattering of a short pulse laser by relativistic electron has been investigated using computer simulations. It is shown that scattering of an intense laser pulse of -33 fs full width at half maximum, with an electron of γ0 = 10 initial energy, generates an ultrashort, pulsed radiation of 76 attoseconds with a photon wavelength of 2.5 nm in the backward direction. The scattered radiation generated by a highly relativistic electron has superior quality in terms of its pulse width and angular distribution in comparison to the one generated by lower relativistic energy electron.