Three laser research programs are proposed: (1) to find new laser systems in the wavelength region between 2000 and 4500 A; (2) to attempt scaling lasers to high output power; and (3) to focus research on metal vapor laser systems which have promise of high efficiency. Twenty-eight new laser transitions from Cu II spanning the wavelength region from 2486 to 7988 A have been observed. A list of papers and conferences are given that summarize the metal vapor laser research. (TFD
The first successful use of vapor-complex reactions for a laser is reported. Vapor-complex reactions...
The objectives of this working group were to provide the ''Future Light Source Community'' informati...
We report on severalfold increases in the output power of kinetically enhanced copper-vapor lasers o...
A brief review of metal vapour lasers is presented with an emphasis on the recent progress made in a...
A brief review of metal vapour lasers is presented with an emphasis on the recent progress made in a...
Lasers utilizing atomic metallic vapors are considered with emphasis on a double discharge technique...
Results of a cycle of experimental investigations of a multi-wavelength metal vapor laser system bas...
Results from a cycle of experimental studies of a multiwavelength metal vapor laser based on an orig...
Results from a cycle of experimental studies of a multiwavelength metal vapor laser based on an orig...
This paper deals with kinetically enhanced copper vapour lasers (KE-CVL) performance at elevated spe...
In this work construction characteristics and performance of a small scale self-heating copper vapor...
The formulation and development of versatile oven systems for high temperature metal vaporation at t...
The CdHg excimer program will attempt to determine the existence of optical gain in a discharge pump...
Progress in the development of high-power lasers for fusion application is reported. Modifications t...
The object of this research was to use the GDL laser at the Laboratory for Laser Energetics at the U...
The first successful use of vapor-complex reactions for a laser is reported. Vapor-complex reactions...
The objectives of this working group were to provide the ''Future Light Source Community'' informati...
We report on severalfold increases in the output power of kinetically enhanced copper-vapor lasers o...
A brief review of metal vapour lasers is presented with an emphasis on the recent progress made in a...
A brief review of metal vapour lasers is presented with an emphasis on the recent progress made in a...
Lasers utilizing atomic metallic vapors are considered with emphasis on a double discharge technique...
Results of a cycle of experimental investigations of a multi-wavelength metal vapor laser system bas...
Results from a cycle of experimental studies of a multiwavelength metal vapor laser based on an orig...
Results from a cycle of experimental studies of a multiwavelength metal vapor laser based on an orig...
This paper deals with kinetically enhanced copper vapour lasers (KE-CVL) performance at elevated spe...
In this work construction characteristics and performance of a small scale self-heating copper vapor...
The formulation and development of versatile oven systems for high temperature metal vaporation at t...
The CdHg excimer program will attempt to determine the existence of optical gain in a discharge pump...
Progress in the development of high-power lasers for fusion application is reported. Modifications t...
The object of this research was to use the GDL laser at the Laboratory for Laser Energetics at the U...
The first successful use of vapor-complex reactions for a laser is reported. Vapor-complex reactions...
The objectives of this working group were to provide the ''Future Light Source Community'' informati...
We report on severalfold increases in the output power of kinetically enhanced copper-vapor lasers o...