Add to ORKGQuantum field theory is used to derive transition probabilities pertinent to natural and magnetically induced polarized emission. First order terms in magnetic field strength are considered, while second order terms are neglected. It is shown that the existing absorption theory may be used for the emission case provided that (a) a frequency dependent factor is used, (b) level population terms are handled in the proper manner, and (c) superposition of the contributions from the various emitting levels is performed in such a way as to take account of the radiationless transition probabilities. Special emphasis is given to the parameterization of the magnetically induced circular polarization of emission. I
La propriété magnétique de l'état excité relaxé (RES) du centre F s'est révélée de l'étude expérimen...
A theory of combined exciton-cyclotron resonance in the quantum well structures is developed for a ...
The circular polarization associated with pulsar emission is examined phenomenologically. Virtually ...
Quantum field theory is used to derive transition probabilities pertinent to natural and magneticall...
Author Institution: Department of Chemistry, University of MissouriHigh resolution polarization stud...
Circular polarization of luminescence is a phenomenon that can be observed for chiral molecules in i...
Author Institution: Astronomy Department, University of Illinois, Urbana, Il 61801Linear polarizatio...
In this paper, we derive in a coherent manner, starting from the basic equations of evolution of a q...
In this paper, we derive in a coherent manner, starting from the basic equations of evolution of a q...
We review the present status of experiments and calculations for circularly polarized luminescence ...
Helium atoms excited to an aligned (1s3d) 3D state are produced by electron impact parallel to a mag...
International audienceThis paper addresses the problem of partial redistribution of polarized radiat...
The irreducible tensor operators formalism is applied to study the Hanle effect of molecules. The po...
Abstract We revisit the problem of radiative transitions of electrons in the presence of a strong ma...
La propriété magnétique de l'état excité relaxé (RES) du centre F s'est révélée de l'étude expérimen...
A theory of combined exciton-cyclotron resonance in the quantum well structures is developed for a ...
The circular polarization associated with pulsar emission is examined phenomenologically. Virtually ...
Quantum field theory is used to derive transition probabilities pertinent to natural and magneticall...
Author Institution: Department of Chemistry, University of MissouriHigh resolution polarization stud...
Circular polarization of luminescence is a phenomenon that can be observed for chiral molecules in i...
Author Institution: Astronomy Department, University of Illinois, Urbana, Il 61801Linear polarizatio...
In this paper, we derive in a coherent manner, starting from the basic equations of evolution of a q...
In this paper, we derive in a coherent manner, starting from the basic equations of evolution of a q...
We review the present status of experiments and calculations for circularly polarized luminescence ...
Helium atoms excited to an aligned (1s3d) 3D state are produced by electron impact parallel to a mag...
International audienceThis paper addresses the problem of partial redistribution of polarized radiat...
The irreducible tensor operators formalism is applied to study the Hanle effect of molecules. The po...
Abstract We revisit the problem of radiative transitions of electrons in the presence of a strong ma...
La propriété magnétique de l'état excité relaxé (RES) du centre F s'est révélée de l'étude expérimen...
A theory of combined exciton-cyclotron resonance in the quantum well structures is developed for a ...
The circular polarization associated with pulsar emission is examined phenomenologically. Virtually ...