Fluorescence induced by coherent optical pulses
Coherent electromagnetic excitation of optical transition levels by fluorescence measurement, obtaining dipole moment and relaxation times
Grieneisen, H. P.↗
Engineering topics
Szoeke, A.
Publications and source records attributed to Szoeke, A..
Influence of degeneracy on coherent pulse propagation in an inhomogeneously broadened attenuator
Coherent pulse propagation in inhomogeneously broadened attenuator, examining degeneracy influence and connection with self induced transparency /SIT/ in nondegenerate system
Hopf, F. A.↗
Bistable optical element and its applications
Bistable optical resonators with saturable absorbers, discussing hysteresis characteristics and Q switching applications
Daneu, V.↗
Accurate laser wavelength measurements in the infrared and far infrared using a Michelson interferometer.
Long path difference vacuum Michelson interferometer application to far IR and IR laser wavelength measurements compared with 6328 A He-Ne wavelength
Daneu, V.↗
The influence of level degeneracy on the self- induced transparency effect.
Self induced transparency effects in absorbing medium having degenerate optical transitions
Javan, A.↗
Measurement of some molecular vibrational- rotational parameters with an infrared heterodyning technique.
Molecular vibrational rotational parameters measured with IR heterodyning technique
MOLECULAR OSCILLATION↗
Effects of collisions on saturation behavior of the 1.15- mu transition of Ne studied with He-Ne laser.
Output power frequency response of single mode helium neon laser, determining effects of atomic collisions on frequency response of individual atoms
FREQUENCY RESPONSE↗
A review of recent studies of pressure effects on the excited states of Ne using an He-Ne laser light source.
Helium-neon gas laser used to study pressure effect on line shape of 2s-2p optical transitions of neon excited states
GAS LASER↗
Theory of optical frequency mixing using resonant phenomena.
Resonance frequency mixing in nonlinear interaction of two intense optical waves with three energy levels of atomic system
OPTICAL TRANSITION↗