Sum Rules for Multi-Photon Spectroscopy of Ions in Finite Symmetry
M. Kibler, M. Daoud
Abstract
Models describing one- and two-photon transitions for ions in crystalline environments are unified and extended to the case of parity-allowed and parity- forbidden p-photon transitions. The number of independent parameters for characterizing the polarization dependence is shown to depend on an ensemble of properties and rules which combine symmetry considerations and physical models.
Create a lesson
Related papers
Multiple photoelectron inelastic scattering in large He nanodroplets
Niklas Scheel, Narcis Silviu Blaj, Rajni Rajni et al.
Model potential based estimation of positron bound states with polar molecules
Snigdha Sharma, Dhanoj Gupta
Hydrogen isotope mixing entropy in ammonia clusters
Klavs Hansen, Åke Andersson, Johannes Reichegger et al.
Electron scattering from polar hydrides using relativistic optical potential method
Sudhanshu Arya, Bobby Antony
Core-Level Spectroscopy Decodes Bond-Alternation Dynamics of Cyclo[18]Carbon
Minrui Wei, Zeyu Liu, Sheng-Yu Wang et al.
X-ray photoelectron spectroscopy of Ar and Kr clusters formed in He nanodroplets
N. S. Blaj, N. Scheel, R. Rajni et al.