双色激光场中一维氢分子的经典动力学性质研究

Classical Dynamics of One-dimensional Hydrogen Molecule in Two-color Intense Laser Field

  • 摘要: 应用经典理论方法,采用辛算法,数值求解双色激光场作用下的一维共线氢分子的哈密顿正则方程,得到氢分子在激光场作用下的经典轨迹,并计算H2+,H22+,H,H+等产物的产生概率随时间的演化,分析了双色场的光强、倍频、相位的变化对氢分子动力学性质的影响并给出相关的物理解释.

     

    Abstract: Dynamics of one-dimensional hydrogen molecule in two-color intense laser field is studied with classical theory and symplectic algorithm.Classical trajectories are obtained by solving Hamiltonian equations numerically. Probabilities of H2+,H22+,H,H+ are evaluated.Classical dynamics caused by laser intensity,frequency,and phase are illustrated and explained.

     

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