The spectral and polarization characteristics of the resonance secondary emission, such as the first order Raman scattering and hot luminescence (multiphonon Raman tail), are examined for multimode systems with a broad absorption band (i.e. strong vibronic coupling) on the example of cubic impurity centers. The transform method is generalized for nontotally symmetric modes
A formal approach to deal with the vibronic intensity features in both absorption and emis-sion is p...
Author Institution: Department of Chemistry, Purdue UniversityA new description of the dynamics of v...
Intervalence electron transfer spectra in mixed-valence molecules are frequently modeled by an inter...
A multimode theory of the Raman scattering in resonance with an electronic transition causing a stro...
Resonant Raman scattering (RS), hot luminescence (HL) and ordinary luminescence (OL) were studied in...
Author Institution: Ames Laboratory-ERDA and Department of Chemistry, Iowa State UniversityA series ...
Expressions for non-Condon generating functions of absorption and luminescence of optical centers in...
Energy relaxation of electron-vibrational excitations through the emission of ground-state phonons i...
An overview of the basic analytical formulas used to explain the very large enhancements of the Rama...
Author Institution: Department of Chemistry, Texas Tech University; Department of Chemistry, Univers...
A red shift of the position of the Resonant Raman Scattering excitation profile with respect to the ...
The theory of vibrational hyper‐Raman scattering (inelastic second harmonic light scattering) is dev...
This paper deals with the manifestations of conical intersections (CIs), unequivocal spectroscopic s...
We studied the effects of underdamped vibrational modes on excitonic energy transfer in small molecu...
A vibronic theory of the Raman effect is developed within a semiclassical framework which provides e...
A formal approach to deal with the vibronic intensity features in both absorption and emis-sion is p...
Author Institution: Department of Chemistry, Purdue UniversityA new description of the dynamics of v...
Intervalence electron transfer spectra in mixed-valence molecules are frequently modeled by an inter...
A multimode theory of the Raman scattering in resonance with an electronic transition causing a stro...
Resonant Raman scattering (RS), hot luminescence (HL) and ordinary luminescence (OL) were studied in...
Author Institution: Ames Laboratory-ERDA and Department of Chemistry, Iowa State UniversityA series ...
Expressions for non-Condon generating functions of absorption and luminescence of optical centers in...
Energy relaxation of electron-vibrational excitations through the emission of ground-state phonons i...
An overview of the basic analytical formulas used to explain the very large enhancements of the Rama...
Author Institution: Department of Chemistry, Texas Tech University; Department of Chemistry, Univers...
A red shift of the position of the Resonant Raman Scattering excitation profile with respect to the ...
The theory of vibrational hyper‐Raman scattering (inelastic second harmonic light scattering) is dev...
This paper deals with the manifestations of conical intersections (CIs), unequivocal spectroscopic s...
We studied the effects of underdamped vibrational modes on excitonic energy transfer in small molecu...
A vibronic theory of the Raman effect is developed within a semiclassical framework which provides e...
A formal approach to deal with the vibronic intensity features in both absorption and emis-sion is p...
Author Institution: Department of Chemistry, Purdue UniversityA new description of the dynamics of v...
Intervalence electron transfer spectra in mixed-valence molecules are frequently modeled by an inter...