非单色光作用下的原子瞬态电离概率

TRANSIENT IONIZATION PROBABILITY OF ATOMS UNDER THE ACTION OF NONMONOCHROM-ATIC LIGHT

本文在重新考虑量子力学关于跃迁概率的算法的基础上,指出在频宽为△ω的非单色光作用下,原子的瞬态电离概率在一定的相互作用时间△ι≈1/△ω内严重偏离费密第二黄金定则。

This paper reconsiders the calculation methods of transition probability its quantum mechanics, and points out that under the action of non-monochromatic light with frequency width Aw, the ionization probability of atoms will seriously deviate from Fermi's Second Golden Rule within the initial interaction period △t≈1/△w.