We study the competition, in the light scattering spectrum, between electronic resonant Raman scattering and luminescence, on a simple three-level model due to Takagahara et al., where electrons are assumed to couple, in the intermediate state, with a field of localized « phonons ». The model can be solved exactly. We show that the relative weight of Raman versus luminescence peaks is controlled by a single memory parameter γb /Γ — where γb and Γ are the damping rates of the intermediate electronic state and of the phonons. If γb/Γ >> 1, memory is quasi-perfect, and the spectrum is purely Raman; in the opposite limit luminescence predominates. For γb/Γ ∼ 1, both structures are present, as well as anomalous satellites characteristic of « hot...
A general formula of the time-resolved optical spectrum for transient resonant light scattering is d...
Resonant Raman scattering has been studied in Ga(AsP) by varying the energy level through the sample...
We consider the stimulated Raman transition between two long-lived states via multiple intermediate ...
We study the competition, in the light scattering spectrum, between electronic resonant Raman scatte...
The theory of resonant Raman scattering in the presence of intense incident and scattered light wave...
The theory of resonant Raman scattering in the presence of intense incident and scattered light wave...
The vibrational structure of the Raman resonance spectrum in the impure crystal is investigated. The...
The dependence of the Raman-scattered intensity on exciting frequency is investigated theoretically ...
The dependence of the Raman-scattered intensity on exciting frequency is investigated theoretically ...
A theory of Raman scattering from a semiconductor in the presence of nonequilibrium phonons and carr...
A theoretical discussion of the theory of Raman scattering by phonons in crystals is given. The hami...
Resonance light scattering experiments in polar crystals at energies corresponding to Eex + nħωLO ha...
Resonance light scattering experiments in polar crystals at energies corresponding to Eex + nħωLO ha...
Raman spectroscopy, an inelastic light scattering technique, explores III-V semiconductors by conve...
Raman spectroscopy, an inelastic light scattering technique, explores III-V semiconductors by conve...
A general formula of the time-resolved optical spectrum for transient resonant light scattering is d...
Resonant Raman scattering has been studied in Ga(AsP) by varying the energy level through the sample...
We consider the stimulated Raman transition between two long-lived states via multiple intermediate ...
We study the competition, in the light scattering spectrum, between electronic resonant Raman scatte...
The theory of resonant Raman scattering in the presence of intense incident and scattered light wave...
The theory of resonant Raman scattering in the presence of intense incident and scattered light wave...
The vibrational structure of the Raman resonance spectrum in the impure crystal is investigated. The...
The dependence of the Raman-scattered intensity on exciting frequency is investigated theoretically ...
The dependence of the Raman-scattered intensity on exciting frequency is investigated theoretically ...
A theory of Raman scattering from a semiconductor in the presence of nonequilibrium phonons and carr...
A theoretical discussion of the theory of Raman scattering by phonons in crystals is given. The hami...
Resonance light scattering experiments in polar crystals at energies corresponding to Eex + nħωLO ha...
Resonance light scattering experiments in polar crystals at energies corresponding to Eex + nħωLO ha...
Raman spectroscopy, an inelastic light scattering technique, explores III-V semiconductors by conve...
Raman spectroscopy, an inelastic light scattering technique, explores III-V semiconductors by conve...
A general formula of the time-resolved optical spectrum for transient resonant light scattering is d...
Resonant Raman scattering has been studied in Ga(AsP) by varying the energy level through the sample...
We consider the stimulated Raman transition between two long-lived states via multiple intermediate ...