The gain of the optically pumped copper vapor laser (OP-CVL) has been measured using a tunable dye laser. A maximum gain of 2.96 cm-1 was obtained for the green laser. This is more than ten times larger than the gain measured in a conventional longitudinal discharge copper vapor laser. It is found that the gains for the green and yellow lasers are both a linear function of temperature. Fine-structure mixing induced by collisions has been also studied and it affects the laser behavior considerably. © 1989, SPIE
We report the performance of a kinetically enhanced copper-vapor laser of active dimensions 32-mm in...
Studies of copper-halogen chemiluminescent reactions have been performed, emphasizing the prominent ...
Abstract-A computer model for a high repetition rate copper vapor laser is described. Equations for ...
The gain of the optically pumped copper vapor laser (OP-CVL) has been measured using a tunable dye l...
The gain of the optically pumped copper vapor laser (OP-CVL) has been measured using a tunable dye l...
Detailed mechanisms that control the formation of output from copper vapor laser (CVL) oscillators a...
This paper deals with kinetically enhanced copper vapour lasers (KE-CVL) performance at elevated spe...
de la Vapeur Atomique d'uranium), has chosen yet the Copper Vapor Laser (CVL) for dye laser pum...
A 42 mm bore, 40 W copper vapour laser (CVL) has been set up in a test rig in order to measure the v...
Generation at 271 nm by frequency summing the two copper vapor laser (CVL) output wavelengths (at 51...
Investigations of the factors that limit average power scaling of elemental copper vapor lasers (CVL...
The authors have generated over 460-mW output power at 255.1 and 271.2 nm with a wall-plug efficienc...
We report on severalfold increases in the output power of kinetically enhanced copper-vapor lasers o...
Progress in high average power UV generation by nonlinear frequency conversion of the output of copp...
We report on the pulse repetition frequency (PRF) scaling of a small-scale (25 mm bore and 0.61 m lo...
We report the performance of a kinetically enhanced copper-vapor laser of active dimensions 32-mm in...
Studies of copper-halogen chemiluminescent reactions have been performed, emphasizing the prominent ...
Abstract-A computer model for a high repetition rate copper vapor laser is described. Equations for ...
The gain of the optically pumped copper vapor laser (OP-CVL) has been measured using a tunable dye l...
The gain of the optically pumped copper vapor laser (OP-CVL) has been measured using a tunable dye l...
Detailed mechanisms that control the formation of output from copper vapor laser (CVL) oscillators a...
This paper deals with kinetically enhanced copper vapour lasers (KE-CVL) performance at elevated spe...
de la Vapeur Atomique d'uranium), has chosen yet the Copper Vapor Laser (CVL) for dye laser pum...
A 42 mm bore, 40 W copper vapour laser (CVL) has been set up in a test rig in order to measure the v...
Generation at 271 nm by frequency summing the two copper vapor laser (CVL) output wavelengths (at 51...
Investigations of the factors that limit average power scaling of elemental copper vapor lasers (CVL...
The authors have generated over 460-mW output power at 255.1 and 271.2 nm with a wall-plug efficienc...
We report on severalfold increases in the output power of kinetically enhanced copper-vapor lasers o...
Progress in high average power UV generation by nonlinear frequency conversion of the output of copp...
We report on the pulse repetition frequency (PRF) scaling of a small-scale (25 mm bore and 0.61 m lo...
We report the performance of a kinetically enhanced copper-vapor laser of active dimensions 32-mm in...
Studies of copper-halogen chemiluminescent reactions have been performed, emphasizing the prominent ...
Abstract-A computer model for a high repetition rate copper vapor laser is described. Equations for ...