摘要
采用伪谱展开和保结构算法数值求解了强激光场中的一维含时Schr d inger方程,本征谱中的分立谱和连续谱分别应用辛-打靶法与保W ronsk ian行列式的辛-算法得到。最后方法被用于计算强激光场中原子的电离,得到的结果与物理理论分析一致。
In this paper one-dimensional time-dependent Schroedinger equation in intense laser field is numerically solved based on the pseudo -spectrum expansion and structure- preserving algorithm, and the Symplectic Scheme- shooting Method and the Wronskian- preserving Algorithm are adopted to solve the eigenvalues and eigenfunctions of the discrete spectrum and continuum spectrum included in one - dimensional time - independent Schroedinger equation. Finally the process is used to compute the ionization of the atom in intense laser field, and the result is identical to the physical meaning.
出处
《嘉兴学院学报》
2006年第6期11-13,108,共4页
Journal of Jiaxing University
关键词
辛-打靶法
伪谱展开
电离几率
Symplectic Scheme - shooting Method
pseudo - spectrum expansion
ionization rate
