We have experimentally investigated the resonance line shape of a partially excited dense
atomic rubidium vapor at a density where the binary collision approximation starts to break …

Sodium vapor, in the density range 10 13 to 5× 10 14 cm− 3, was excited by a cw dye laser,
tuned 20-150 GHz from either the D 1 or D 2 resonance line. We observed a three-peak …

The density dependence of the line width and resonance frequency of the cesium D 1 line is
studied with Doppler-free frequency modulated selective reflection spectroscopy. The …

We have observed attenuated total reflection at a glass/rubidium vapor interface in high
precision. The atom density was from 3.8× 10 20 to 3.7× 10 21 m− 3 and the angle of …

This paper is a review (with a few original additions) on the radiative transport and
collisional transfer of energy in laser-excited cesium vapors in the presence of argon or …

We discuss recently published results of experimental studies of dipole-dipole broadened
line shapes in excited atomic vapors. The Lorentz local-field shift and self-broadened width …

We show that FM selective reflection can be used for Doppler-free spectroscopy of an
optically dense vapor only once the effects of the atom–surface interaction on the atomic …

We discuss the experimental research of an optical resonant saturation of a dipole–dipole-
broadened atomic transition in the high-density rubidium vapor. The dipole–dipole width of …

Doppler-free reflection spectroscopy of rubidium D, line in optically dense vapour Page 1
ELSEVIER I5 January 1997 Optics Communications 134 (1997) 85-90 OPTlCS …

We study the dipole–dipole spectral broadening of a resonance line at high atomic densities
when the self-broadening dominates. The selective reflection spectrum of a weak probe …