A theoretical and experimental investigation into the possibility of achieving CW discharge pumped excimer laser oscillation is reported. Detailed theoretical modeling of capillary discharge pumping of the XeF and KXe and K2 excimer systems was carried out which predicted the required discharge parameters for reaching laser threshold on these systems. Capillary discharge pumping of the XeF excimer system was investigated experimentally. The experiments revealed a lower excimer level population density than predicted theoretically by about an order of magnitude. The experiments also revealed a fluorine consumption problem in the discharge in agreement with theory
The self-sustained discharge of excimers is analyzed. Several excitation schemes that have been succ...
Results on a high efficiency excimer laser operating according to the prepulse-mainpulsetechnique ar...
This paper assigns optimum capillary discharge characteristics with respect to reaching the maximum ...
The results of a two-year investigation into the possibility of developing continuous wave excimer l...
By measuring the absorption and emission cantinua of various states in the cesium/xenon molecule, th...
Results on a high efficiency excimer laser operating according to the prepulse-mainpulsetechnique ar...
The construction and operation of a small active volume, discharge pumped, rare gas halide excimer l...
A detailed investigation of tunable, high power excimer lasers, particularly of the electron-beam pu...
A high power pulsed dye laser was used to optically excite high pressure cesium-xenon mixtures and t...
Includes bibliographical references (pages 627-628).We have obtained CW laser action on four transit...
The performance ofa KrF excimer laser, excited by a discharge produced in a quartz tube between two ...
A discharge pumped LC inversion type XeCl excimer laser was constructed, and its discharge and outpu...
An overview of recent progress in France in physics of excimer lasers and applications of this class...
This work demonstrates the feasibility of high repetition rate operation of photo triggered excimer ...
A discharge pumped LC inversion type XeCl excimer laser was constructed, and its discharge and outpu...
The self-sustained discharge of excimers is analyzed. Several excitation schemes that have been succ...
Results on a high efficiency excimer laser operating according to the prepulse-mainpulsetechnique ar...
This paper assigns optimum capillary discharge characteristics with respect to reaching the maximum ...
The results of a two-year investigation into the possibility of developing continuous wave excimer l...
By measuring the absorption and emission cantinua of various states in the cesium/xenon molecule, th...
Results on a high efficiency excimer laser operating according to the prepulse-mainpulsetechnique ar...
The construction and operation of a small active volume, discharge pumped, rare gas halide excimer l...
A detailed investigation of tunable, high power excimer lasers, particularly of the electron-beam pu...
A high power pulsed dye laser was used to optically excite high pressure cesium-xenon mixtures and t...
Includes bibliographical references (pages 627-628).We have obtained CW laser action on four transit...
The performance ofa KrF excimer laser, excited by a discharge produced in a quartz tube between two ...
A discharge pumped LC inversion type XeCl excimer laser was constructed, and its discharge and outpu...
An overview of recent progress in France in physics of excimer lasers and applications of this class...
This work demonstrates the feasibility of high repetition rate operation of photo triggered excimer ...
A discharge pumped LC inversion type XeCl excimer laser was constructed, and its discharge and outpu...
The self-sustained discharge of excimers is analyzed. Several excitation schemes that have been succ...
Results on a high efficiency excimer laser operating according to the prepulse-mainpulsetechnique ar...
This paper assigns optimum capillary discharge characteristics with respect to reaching the maximum ...