中文摘要：

高顺序的泛音产生(HHG ) 的放射性质在一个强壮的激光领域里为原子被计算。激光持续时间依赖和 carrier-envelope-phase (CEP ) HHG 放射性质的依赖被介绍。HHG 放射性质的纯单个分发脉搏的 CEP 依赖出现有趣 180 °周期的结构。到飞米秒(1 fs=10 ⁻¹⁵ s ) 和 attosecond (1 as=10 ⁻¹⁸ s ) 的帮助激光的光电游离的量改进 X 光检查脉搏和光电子精力系列的干扰模式理论上被调查。转移方程为脉搏重建被介绍。有不同持续时间的 attosecond 脉搏重建的理论 root-mean-square 时间(精力) 差别是不到 2 作为(0.8 eV ) 。这些方法可以作为基本技术被开发存取极端快的大小和分子的电影。

英文摘要：

Radiation properties of high-order harmonic generation （HHG） are calculated for atoms in a strong laser field. The laser-duration dependence and the carrier-envelope-phase （CEP） dependence of HHG radiation properties are presented. The CEP dependence of the pure single distribution pulse of HHG radiation properties shows interesting 180° periodic structures. The quantum enhancement of the laser-assisted photo-ionization by femtosecond （1 fs=10^-15 s） and attosecond （1 as=10^-18 s） X-ray pulses and the interference patterns of photo-electron energy spectra are theoretically investigated. Transfer equations are presented for pulse reconstructions. The theoretical root-mean-square time （energy） differences of attosecond pulse reconstructions with different durations are less than 2 as （0,8 eV）. These methods may be developed as basic techniques to access ultra-fast measurements and molecular movie.