The hydrogen atom in crossed static electromagnetic and non-resonant laser fields

Trygve Helgaker, Igor Tomashevsky
1992 Physica Scripta  
The energy splittings and wave function of a hydrogen atom in crossed uniform static electromagnetic and non-resonant monochromatic electric fields of arbitrary mutual orientation are obtained within the "one-shell" approximation. The intensities of the Lyman lines are also obtained. A special analytical method is used. Relativistic corrections and spin-orbit interactions are not considered.
doi:10.1088/0031-8949/46/4/007 fatcat:ig775ac5abc7pdw2ekxgcp2eum