Absorption intensities of zerophonon single and double transitions in the multipoleinduced spectrum of solid hydrogen
Abstract
The theory of absorption intensities of some zerophonon single and double transitions in solid H _{2} is discussed. General expressions are developed for the integrated absorption coefficients of (i) the single transitions ( v' = v, J' = ℓ) ← ( v″ = 0, J″ = 0) in solid paraH _{2} and ( v' = v, J' = ℓ + 1) ← ( v″ = 0, J″ = 1) in orthoH _{2} interspersed in a matrix of solid paraH _{2}, and (ii) the double transition [( v' = v_{1}, J' = ℓ) ← ( v″ = 0, J″ = 0)] + S_{v2←0 }(0) in solid paraH _{2}.
 Publication:

Journal of Molecular Spectroscopy
 Pub Date:
 May 1992
 DOI:
 10.1016/00222852(92)90509M
 Bibcode:
 1992JMoSp.153..741B