Add to ORKGElectro-optic modulation, crystal growth and properties, and design equations and performance for 10.6-micron laser modulator of gallium arsenid
A 163 micron (1.836 THz) radiometer developed for airplane and/or balloon platforms is described. Th...
An investigation is undertaken into methods of fast modulation and detection of submillimetre radiat...
Construction and tests of two water-cooled carbon dioxide lasers for 10.6 micron optical heterodyne ...
Electro-optic coefficient of gallium arsenide measured at wavelengths from 2 to 12 microns by 10.6 m...
Laser modulator using gallium arsenide and gallium phosphide electro-optic crystal
Results are presented of a contractual program to develop the modulator technology necessary for a 1...
Laser communication and Stark modulation of CO2 laser, competition between transitions in CO2 laser,...
Gallium arsenide laser modulator, attenuation coefficients, and semiconductors for optical communica...
Modulation inducing retrodirecting optical system - diode mount for gallium arsenide lasers, and gen...
An attempt was made to electrooptically modulate the 1.6 |i,m light from a COj laser. The modulator ...
The electrooptic properties of a number of semi-conductors were investigated. Of particular interes...
The design, fabrication, testing and delivery of an optical modulator which will operate with a mode...
Design of wideband high efficiency optical modulation system tested over 100-MHz ban
A diode laser based IR heterodyne spectrometer for laboratory and field use was developed for high e...
The electrooptic properties of a number of semiconductors were investigated. We were particularly ...
A 163 micron (1.836 THz) radiometer developed for airplane and/or balloon platforms is described. Th...
An investigation is undertaken into methods of fast modulation and detection of submillimetre radiat...
Construction and tests of two water-cooled carbon dioxide lasers for 10.6 micron optical heterodyne ...
Electro-optic coefficient of gallium arsenide measured at wavelengths from 2 to 12 microns by 10.6 m...
Laser modulator using gallium arsenide and gallium phosphide electro-optic crystal
Results are presented of a contractual program to develop the modulator technology necessary for a 1...
Laser communication and Stark modulation of CO2 laser, competition between transitions in CO2 laser,...
Gallium arsenide laser modulator, attenuation coefficients, and semiconductors for optical communica...
Modulation inducing retrodirecting optical system - diode mount for gallium arsenide lasers, and gen...
An attempt was made to electrooptically modulate the 1.6 |i,m light from a COj laser. The modulator ...
The electrooptic properties of a number of semi-conductors were investigated. Of particular interes...
The design, fabrication, testing and delivery of an optical modulator which will operate with a mode...
Design of wideband high efficiency optical modulation system tested over 100-MHz ban
A diode laser based IR heterodyne spectrometer for laboratory and field use was developed for high e...
The electrooptic properties of a number of semiconductors were investigated. We were particularly ...
A 163 micron (1.836 THz) radiometer developed for airplane and/or balloon platforms is described. Th...
An investigation is undertaken into methods of fast modulation and detection of submillimetre radiat...
Construction and tests of two water-cooled carbon dioxide lasers for 10.6 micron optical heterodyne ...