The Los Alamos Scientific Laboratory (LASL) CO/sub 2/ laser program was organized to design, fabricate, and evaluate highenergy, short-pulse CO/sub 2/ lasers for use in fusion studies. A general discussion of electron-beam- controlled lasers is included, along with details of component designs. This includes a discussion of the high-voltage pulsers, electron guns, pumping chamber vessels, timing, and operational experience with the 1-kJ CO/sub 2/ laser system components. In addition, the general design of the 10-kJ C0/sub 2/ laser system is presented. (auth
We studied some kinetic, fluid-dynamic and electrical problems arising in the numerical modelling of...
A successfully working high power CO_2 laser amplifier with fast axial flow and microwave excitation...
A general introduction to laser fusion research at Los Alamos is given. The paper discusses laser ch...
Some problem areas in the design of very-high-energy electronbeam- controlled short-pulse gas lasers...
Progress in the development of high-power lasers for fusion application is reported. Modifications t...
The very large energy fluxes required for the attainment of scientific breakeven in laser-fusion exp...
The primary goal of the Inertial Fusion Program at Los Alamos is to demonstrate the feasibility of b...
Part I of the paper - devoted to modelling high-power CW lasers - gives a brief description of the i...
Part I of the paper - devoted to modelling high-power CW lasers - gives a brief description of the i...
Short-pulse, high-power CO{sub 2} lasers open new prospects for development of ultra-high gradient l...
A conceptual design of a multi-megajoule, repetitively pulsed CO/sub 2/ laser system for Inertial Co...
Short-pulse, high-power CO{sub 2} lasers open new prospects for development of ultra-high gradient l...
Standard high power CO_2-lasers in the output power range up to 12 kW are commercially available. Th...
We studied some kinetic, fluid-dynamic and electrical problems arising in the numerical modelling of...
The design and performance characteristics of electron beam guns are described. Three electrode elec...
We studied some kinetic, fluid-dynamic and electrical problems arising in the numerical modelling of...
A successfully working high power CO_2 laser amplifier with fast axial flow and microwave excitation...
A general introduction to laser fusion research at Los Alamos is given. The paper discusses laser ch...
Some problem areas in the design of very-high-energy electronbeam- controlled short-pulse gas lasers...
Progress in the development of high-power lasers for fusion application is reported. Modifications t...
The very large energy fluxes required for the attainment of scientific breakeven in laser-fusion exp...
The primary goal of the Inertial Fusion Program at Los Alamos is to demonstrate the feasibility of b...
Part I of the paper - devoted to modelling high-power CW lasers - gives a brief description of the i...
Part I of the paper - devoted to modelling high-power CW lasers - gives a brief description of the i...
Short-pulse, high-power CO{sub 2} lasers open new prospects for development of ultra-high gradient l...
A conceptual design of a multi-megajoule, repetitively pulsed CO/sub 2/ laser system for Inertial Co...
Short-pulse, high-power CO{sub 2} lasers open new prospects for development of ultra-high gradient l...
Standard high power CO_2-lasers in the output power range up to 12 kW are commercially available. Th...
We studied some kinetic, fluid-dynamic and electrical problems arising in the numerical modelling of...
The design and performance characteristics of electron beam guns are described. Three electrode elec...
We studied some kinetic, fluid-dynamic and electrical problems arising in the numerical modelling of...
A successfully working high power CO_2 laser amplifier with fast axial flow and microwave excitation...
A general introduction to laser fusion research at Los Alamos is given. The paper discusses laser ch...