Some consequences of the Zeeman degeneracy of the lower and upper states of an atomic transition saturated by an intense resonant laser beam are pointed out ; completely different fluorescence spectra are predicted according as the detection polarization is parallel or perpendicular to the laser one ; in some cases, the steady state fluorescence spectra could disappear as a consequence of optical pumping effects.On attire l'attention sur quelques conséquences de la dégénérescence Zeeman des niveaux inférieur et supérieur d'une transition atomique saturée par un laser résonnant intense : on prévoit des spectres de fluorescence complètement différents suivant que la polarisation de détection est parallèle ou perpendiculaire à celle du laser ;...
<p><strong>Figure 5.</strong> Intensity dependence of (a) experimental and (b) theoretical line-widt...
The collective resonance fluorescence from a system of two-level atoms resonantly driven by a strong...
<p><strong>Figure 4.</strong> Experimental Zeeman EIT resonances and their Lorentzian fits for the (...
A study is made of the resonant effects observed on the fluorescent light emitted from a unique and ...
The detection of optical resonances by observation of the fluorescence light emitted from a fast ato...
The dynamic Stark effect (Autler-Townes splitting and radiative shift) of a J = 0 ↔ J = 1 optical tr...
In a He-Cd+ laser, a population inequality between the Zeeman sublevels of the upper level 2D5/2 of ...
The influence of a gas laser beam on the fluorescence light emitted by atoms excited by a discharge ...
The fluorescence light emitted by atoms (Ne) optically pumped with a multimode laser beam exhibits a...
For pt.I see ibid., vol.20, p.251 (1987). Theoretical expressions for cascade light intensity as a f...
Excitation transfer by spontaneous emission in an atomic gas is studied theoretically. The effect of...
The light absorbed by an atomic vapour in a transverse optical pumping experiment exhibits resonant ...
We study the propagation of a light beam in an atomic vapour in which atoms are undergoing magnetic ...
<p><strong>Figure 2.</strong> Relative transition strengths from the ground-state magnetic sublevels...
The sensitivity of the method of detection of optical resonances by observation of the fluorescence ...
<p><strong>Figure 5.</strong> Intensity dependence of (a) experimental and (b) theoretical line-widt...
The collective resonance fluorescence from a system of two-level atoms resonantly driven by a strong...
<p><strong>Figure 4.</strong> Experimental Zeeman EIT resonances and their Lorentzian fits for the (...
A study is made of the resonant effects observed on the fluorescent light emitted from a unique and ...
The detection of optical resonances by observation of the fluorescence light emitted from a fast ato...
The dynamic Stark effect (Autler-Townes splitting and radiative shift) of a J = 0 ↔ J = 1 optical tr...
In a He-Cd+ laser, a population inequality between the Zeeman sublevels of the upper level 2D5/2 of ...
The influence of a gas laser beam on the fluorescence light emitted by atoms excited by a discharge ...
The fluorescence light emitted by atoms (Ne) optically pumped with a multimode laser beam exhibits a...
For pt.I see ibid., vol.20, p.251 (1987). Theoretical expressions for cascade light intensity as a f...
Excitation transfer by spontaneous emission in an atomic gas is studied theoretically. The effect of...
The light absorbed by an atomic vapour in a transverse optical pumping experiment exhibits resonant ...
We study the propagation of a light beam in an atomic vapour in which atoms are undergoing magnetic ...
<p><strong>Figure 2.</strong> Relative transition strengths from the ground-state magnetic sublevels...
The sensitivity of the method of detection of optical resonances by observation of the fluorescence ...
<p><strong>Figure 5.</strong> Intensity dependence of (a) experimental and (b) theoretical line-widt...
The collective resonance fluorescence from a system of two-level atoms resonantly driven by a strong...
<p><strong>Figure 4.</strong> Experimental Zeeman EIT resonances and their Lorentzian fits for the (...