The life test results of five 16 low pressure CW CO2 lasers with a nominal output of 1 watt are presented. One laser quickly died while the remaining four lasers reached half power output at 38,000, 40,000, 40,000 and 40,000 hours respectively. These results show the potential for a 50,000 hour laser while the average life of the 16 tested lasers was 22,500 hours. It is further indicated that the cathode sputtering products, which settle on the glass walls of the cathode sleeve, form an increasingly heavy film as the laser ages
Frequency stability of carbon dioxide laser used in optical communication system
The objective of this effort was to design a glass CO2 laser tube that could survive the Titan 3 C l...
We present the results of three year life-aging of a specially designed prototype flight source lase...
The construction and processing of four test lasers are discussed, and the test results are assessed...
The main purpose of this program was to determine the life characteristics of nine space-qualified, ...
The procedure for evaluating reliable sputter-free cold cathodes for carbon dioxide lasers is discus...
The RF excited 2 to 3W CW CO2 waveguide lasers with lifetimes of the order of 10(4) to 2.10(4) hours...
Experimental results of a group of theoretically selected cold cathode materials are presented. Thes...
Four different catalysts have been developed specifically for use in sealed carbon dioxide lasers. T...
The significant operational advantages offered by CO2 lasers, operating in the 10.6 micron region of...
Experimental results of a group of theoretically selected cold cathode materials are presented. Thes...
A number of applications are emerging requiring efficient, long pulse, long-life sealed CO2 lasers. ...
Carbon dioxide dissociation in gas discharge, water vapor and xenon effects on dissociation, and ele...
A new local oscillator housing was built which seems to have improved laser life. Laser cooling was ...
Temperature control and automatic frequency control system for stabilized carbon dioxide lase
Frequency stability of carbon dioxide laser used in optical communication system
The objective of this effort was to design a glass CO2 laser tube that could survive the Titan 3 C l...
We present the results of three year life-aging of a specially designed prototype flight source lase...
The construction and processing of four test lasers are discussed, and the test results are assessed...
The main purpose of this program was to determine the life characteristics of nine space-qualified, ...
The procedure for evaluating reliable sputter-free cold cathodes for carbon dioxide lasers is discus...
The RF excited 2 to 3W CW CO2 waveguide lasers with lifetimes of the order of 10(4) to 2.10(4) hours...
Experimental results of a group of theoretically selected cold cathode materials are presented. Thes...
Four different catalysts have been developed specifically for use in sealed carbon dioxide lasers. T...
The significant operational advantages offered by CO2 lasers, operating in the 10.6 micron region of...
Experimental results of a group of theoretically selected cold cathode materials are presented. Thes...
A number of applications are emerging requiring efficient, long pulse, long-life sealed CO2 lasers. ...
Carbon dioxide dissociation in gas discharge, water vapor and xenon effects on dissociation, and ele...
A new local oscillator housing was built which seems to have improved laser life. Laser cooling was ...
Temperature control and automatic frequency control system for stabilized carbon dioxide lase
Frequency stability of carbon dioxide laser used in optical communication system
The objective of this effort was to design a glass CO2 laser tube that could survive the Titan 3 C l...
We present the results of three year life-aging of a specially designed prototype flight source lase...