Analytical dependences on a static electric field F0 are derived for the wave functions, matrix elements and probabilities of radiation transitions between multiplet substates interacting in field in pairs, ranging from ordinary doublet states with spin
S=1/2, pair-wise interacting sublevels of triplet and quintet
states with the magnetic quantum number M=0, to the most general case of states with arbitrary angular L and spin S momenta and maximal magnitude of the magnetic quantum number |M|=L+S-1. Equalization of doublet line intensities in the anticrossing field region and vanishing of one of the two doublet lines in the high-field regime are demonstrated. A general relation is
determined between the anticrossing field FA, multiplet splitting and tensor polarizability.
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