Proceedings of SPIE, the International Society for Optical Engineering/Proceedings of SPIE

The multiphoton transitions in the presence of additional strong nonresonant radiation

І. І. Бондар, В. В. Суран

Published Jun 15, 2007• 0 citations

Abstract

Two-photon transitions between the perturbed 6s2 1S0 ground state and the perturbed 5d7s3D2 state of a Ba atom have been experimentally investigated with different perturbing and exciting radiations. A strong dependence of the probability of two-photon transitions between these perturbed states on the mutual orientation of the electric vectors of the exciting and perturbing radiations has been found.

DOI: 10.1117/12.751797

Related papers

The multiphoton transitions in the presence of additional strong nonresonant radiation

І. І. Бондар, В. В. Суран

Two-photon transitions between the perturbed 6s21S0ground state and the perturbed 5d7s3D2state of a Ba atom have been experimentally investigated with different perturbing and exciting radiations. A strong dependence of the probability of two-photon transitions between these perturbed states on the mutual orientation of the electric vectors of the exciting and perturbing radiations has been found.

CAOL . International Conference on Advanced Optoelectronics and LasersSep 1, 20080 citations

Linear dichroism in the two-photon transition between the perturbed 6s 2 1 S 0 and 5d7s 3 D 2 States of a Ba atom in the presence of additional strong nonresonant radiation

І. І. Бондар, В. В. Суран

Two-photon transitions between some perturbed states of a Ba atom have been experimentally investigated with different perturbing and exciting radiations. A strong dependence of the probability of two-photon transitions between the perturbed states on the mutual orientation of the electric vectors of the exciting and perturbing radiations has been found.

Optics and SpectroscopyJan 1, 20072 citations

Experimental investigations of influence of additionally induced polarization of the ground state of atoms on multiphoton transitions

І. І. Бондар, В. В. Суран

Multiphoton transitions in the Ba atom are experimentally studied in the presence of strong nonresonant radiation that additionally polarizes atoms in the ground state. It is found that the additionally induced polarization of Ba atoms leads to an increase in the probability of multiphoton transitions from this state.

CAOL . International Conference on Advanced Optoelectronics and LasersSep 1, 20100 citations

Effect of an additionally induced polarization of the ground state of an atom on multiphoton transitions

І. І. Бондар, В. В. Суран

Optics and SpectroscopyMay 1, 20091 citation

Multiphoton resonant transitions in atomic Ba in the presence of additional strong off-resonant radiation

І. І. Бондар, В. В. Суран

The multiphoton transitions in atomic Ba are experimentally studied in the presence of strong off-resonant radiation that generates additional atomic polarization in the ground state. It is demonstrated that the additionally induced polarization of the Ba atoms in the ground state leads to a higher probability of the multiphoton transitions from this state.

Laser PhysicsMay 1, 20090 citations

Експериментальні дослідження впливу додатково індукованої поляризації атома барію в основному стані на реалізацію багатофотонних переходів

І. І. Бондар, В. В. Суран

Multiphoton transitions in the Ba atom are experimentally studied in the presence of strong nonresonant radiation that additionally polarizes atoms in the ground state. It is found that such additionally induced polarization of Ba atom leads to an increase in the probability of multiphoton transitions.

Scientific Herald of Uzhhorod University Series PhysicsJan 1, 20110 citations