Physics of Electronic and Atomic Collisions: ICPEAC IX

Magnetic Field Dependence of Cross Sections for Disorientation of 6 2 1/2 Cs Atoms by Collisions with He

L. Krause, J. Guiry

Published Jan 1, 1975• 0 citations

OpenAlex

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Physics of Electronic and Atomic Collisions: ICPEAC IX

Magnetic Field Dependence of Cross Sections for Disorientation of 6 2 1/2 Cs Atoms by Collisions with He

L. Krause, J. Guiry

Published Jan 1, 1975• 0 citations

OpenAlex

Related papers

Disorientation of 6 2 P 1/2 Cs Atoms by Collisions with Noble Gases in Zero Magnetic Field

L. Krause, B. Niewitecka

Physics of Electronic and Atomic Collisions: ICPEAC IXJan 1, 19750 citations

Magnetic field dependence of cross sections for collisional disorientation of 6P122 cesium atoms

J. Guiry, L. Krause

The magnetic field dependence of the cross sections for the disorientation of $6^{2}P_{\frac{1}{2}}$ cesium atoms, induced in Cs-He collisions, has been studied using Zeeman scanning techniques. A Cs-He mixture, contained in a fluorescence cell which was located in a magnetic field variable from 0 to 10 kG, was irradiated with the circularly polarized 8943-\AA{} component of cesium resonance radiation in a direction parallel to the field, and the polarization of the resonance fluorescence was monitored in the backward direction in relation to the helium pressure and to the magnetic field strength. The cross sections, which are in good agreement with the results obtained previously at high and low magnetic fields, exhibit a variation with the magnetic field, which is in accordance with theoretical predictions.The magnetic field dependence of the cross sections for the disorientation of $6^{2}P_{\frac{1}{2}}$ cesium atoms, induced in Cs-He collisions, has been studied using Zeeman scanning techniques. A Cs-He mixture, contained in a fluorescence cell which was located in a magnetic field variable from 0 to 10 kG, was irradiated with the circularly polarized 8943-\AA{} component of cesium resonance radiation in a direction parallel to the field, and the polarization of the resonance fluorescence was monitored in the backward direction in relation to the helium pressure and to the magnetic field strength. The cross sections, which are in good agreement with the results obtained previously at high and low magnetic fields, exhibit a variation with the magnetic field, which is in accordance with theoretical predictions.

Physical Review ADec 1, 197517 citations

Magnetic field dependence of cross sections for collisional disorientation of 6 $sup 2$ P $sub 1$ / $sub 2$ cesium atomsMagnetic field dependence of cross sections for collisional disorientation of 6 $sup 2$P$sub 1$/$sub 2$ cesium atoms

J. Guiry, L. Krause

The magnetic field dependence of the cross sections for the disorientation of 6 $sup 2$ P $sub 1$ / $sub 2$ cesium atoms, induced in Cs-He collisions, has been studied using Zeeman scanning techniques. A Cs-He mixture, contained in a fluorescence cell which was located in a magnetic field variable from 0 to 10 kG, was irradiated with the circularly polarized 8943-A component of cesium resonance radiation in a direction parallel to the field, and the polarization of the resonance fluorescence was monitored in the backward direction in relation to the helium pressure and to the magnetic field strength. The cross sections, which are in good agreement with the results obtained previously at high and low magnetic fields, exhibit a variation with the magnetic field, which is in accordance with theoretical predictions. (AIP)The magnetic field dependence of the cross sections for the disorientation of 6 $sup 2$P$sub 1$/$sub 2$ cesium atoms, induced in Cs-He collisions, has been studied using Zeeman scanning techniques. A Cs-He mixture, contained in a fluorescence cell which was located in a magnetic field variable from 0 to 10 kG, was irradiated with the circularly polarized 8943-A component of cesium resonance radiation in a direction parallel to the field, and the polarization of the resonance fluorescence was monitored in the backward direction in relation to the helium pressure and to the magnetic field strength. The cross sections, which are in good agreement with the results obtained previously at high and low magnetic fields, exhibit a variation with the magnetic field, which is in accordance with theoretical predictions. (AIP)

Physical Review ADec 1, 19750 citations

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D. S. Fisher, Sarah Lauber, Robert Misconin +2 more

Bulletin of the American Physical SocietyMay 27, 20100 citations

Disorientation and disalignment cross sections of excited Rb-atoms colliding with noble gases

B. Kamke

The European Physical Journal AMar 1, 197520 citations

Asymmetry of cross sections for transitions between magnetic sublevels in atomic collisions

E. I. Dashevskaya, E. E. Nikitin, Stanislav Ya Umanskii

OptSpDec 1, 19831 citation

The magnetic field dependence of the cross sections for the disorientation of

6^{2}P_{\frac{1}{2}}

cesium atoms, induced in Cs-He collisions, has been studied using Zeeman scanning techniques. A Cs-He mixture, contained in a fluorescence cell which was located in a magnetic field variable from 0 to 10 kG, was irradiated with the circularly polarized 8943-\AA{} component of cesium resonance radiation in a direction parallel to the field, and the polarization of the resonance fluorescence was monitored in the backward direction in relation to the helium pressure and to the magnetic field strength. The cross sections, which are in good agreement with the results obtained previously at high and low magnetic fields, exhibit a variation with the magnetic field, which is in accordance with theoretical predictions.

Magnetic field dependence of cross sections for collisional disorientation of 6

sup 2

sub 1

sub 2

cesium atoms

The magnetic field dependence of the cross sections for the disorientation of 6

sup 2

sub 1

sub 2

cesium atoms, induced in Cs-He collisions, has been studied using Zeeman scanning techniques. A Cs-He mixture, contained in a fluorescence cell which was located in a magnetic field variable from 0 to 10 kG, was irradiated with the circularly polarized 8943-A component of cesium resonance radiation in a direction parallel to the field, and the polarization of the resonance fluorescence was monitored in the backward direction in relation to the helium pressure and to the magnetic field strength. The cross sections, which are in good agreement with the results obtained previously at high and low magnetic fields, exhibit a variation with the magnetic field, which is in accordance with theoretical predictions. (AIP)