Measurement of some molecular vibrational- rotational parameters with an infrared heterodyning technique.
Molecular vibrational rotational parameters measured with IR heterodyning technique
MOLECULAR OSCILLATION↗
Engineering topics
Javan, A.
Publications and source records attributed to Javan, A..
Absolute frequency measurement of the 190mu and 194mu gas laser transitions
Absolute frequency measurements of 190 and 194 micron gas laser transitions
SUBMILLIMETER WAVE↗
Saturation behavior of a Doppler-broadened transition involving levels with closely spaced structure.
Nonlinear attenuation or gain characteristics of Doppler-broadened atomic resonance involving levels with small splittings, noting mode coupling of gas laser
ATOMIC STRUCTURE↗
Progress and applications of Q-switching techniques using molecular gas lasers.
Molecular gas laser Q-switching techniques, determining rotational collision sections for carbon dioxide and cross sections for vibrational relaxation
CARBON DIOXIDE↗
Possibility of self-focusing due to intensity dependent anomalous dispersion.
Self-focusing due to intensity dependent anomalous dispersion effect on electromagnetic radiation, emphasizing laser radiation in saturated amplifying medium
LASER OUTPUT↗
Vibrational relaxation measurements in CO sub 2 using an induced-fluorescence technique.
Vibrational relaxation measurements in carbon dioxide, using induced-fluorescence technique
FLUORESCENCE↗
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↗
Q switching of molecular laser transitions.
Q-switching of carbon dioxide and nitrous oxide gas laser transitions
GAS LASER↗
Vibrational and rotational studies using Q switching of molecular gas lasers.
Vibrational and rotational relaxations in carbon dioxide and nitrous oxide laser systems, using Q- switching techniques
GAS LASER↗
Vibrational relaxation measurements in CO2 USING an induced fluorescence technique
Vibrational relaxation measurements in carbon dioxide using induced infrared fluorescence technique
FLUORESCENCE↗
Spectroscopy with gas lasers.
Optical- and IR-maser spectroscopy of inhomogeneously broadened resonances, using gas lasers
INFRARED MASER↗
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↗
Isotope shift measurement for 6328 angstrom units He-Ne laser transition.
Isotope shift measurement for 6328 angstroms helium-neon laser transition
FABRY-PEROT INTERFEROMETER↗
Stabilization of the he-ne maser on the atomic line center.
Automatic feedback control for long-term frequency stabilization of He-Ne laser at center frequency of atomic resonance
CAVITY RESONANCE↗
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↗
Saturation behavior of a Doppler broadened transition involving levels with closely spaced structure
Saturation behavior of Doppler broadened transition involving levels with closely spaced structure
DOPPLER EFFECT↗
Test of special relativity or of the isotropy of space by use of infrared masers.
Test of isotropy of space for light propagation and effect of earth orbital velocity on velocity of light, using he-ne infrared masers
MASER↗
Collision Induced Transitions Within Excited Levels of Neon
Collision induced transitions within excited levels of neon
QUANTUM MECHANICS↗