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Construction of a Carbon Dioxide TEA(Transversely Excited Atmospheric) Laser

Construction of a Carbon Dioxide TEA(Transversely Excited Atmospheric) Laser
Author:
Publisher:
Total Pages: 0
Release: 1972
Genre:
ISBN:

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The recent development of CO2 Transverse Excitation at Atmospheric Pressure (TEA) lasers has generated expanding interest and success due to their high pulsed power capabilities and simplicity of construction. The authors therefore decided to construct a CO2 TEA laser because of the need for a high powered, pulsed, coherent radiation source with wave length near 10 microns to conduct absorption studies of laser-induced plasmas. It was decided that the constructed laser should have an output energy per pulse between 10 to 50 joules with a pulse time between 0.1 to 1.0 microseconds. This paper deals with the construction of that laser, and includes a discussion of the background and physics of operation of the CO2 TEA laser. (Author).


Construction of a Carbon Dioxide TEA(Transversely Excited Atmospheric) Laser

Construction of a Carbon Dioxide TEA(Transversely Excited Atmospheric) Laser
Author: Douglas Harmon Barr
Publisher:
Total Pages: 56
Release: 1972
Genre: Physics
ISBN:

Download Construction of a Carbon Dioxide TEA(Transversely Excited Atmospheric) Laser Book in PDF, ePub and Kindle

The recent development of CO2 Transverse Excitation at Atmospheric Pressure (TEA) lasers has generated expanding interest and success due to their high pulsed power capabilities and simplicity of construction. The authors therefore decided to construct a CO2 TEA laser because of the need for a high powered, pulsed, coherent radiation source with wave length near 10 microns to conduct absorption studies of laser-induced plasmas. It was decided that the constructed laser should have an output energy per pulse between 10 to 50 joules with a pulse time between 0.1 to 1.0 microseconds. This paper deals with the construction of that laser, and includes a discussion of the background and physics of operation of the CO2 TEA laser. (Author).


Tea CO2 Laser Systems at Stanford

Tea CO2 Laser Systems at Stanford
Author: Stanford University. Microwave Laboratory
Publisher:
Total Pages: 68
Release: 1974
Genre:
ISBN:

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A Highly-Stressed Cylindrical Electrode Carbon Dioxide (CO2) Transversely Excited Atmospheric (TEA) Laser

A Highly-Stressed Cylindrical Electrode Carbon Dioxide (CO2) Transversely Excited Atmospheric (TEA) Laser
Author: G. R. Osche
Publisher:
Total Pages: 24
Release: 1977
Genre:
ISBN:

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A cylindrical electrode scheme which utilizes a fine wire as the central electrode is investigated for compact carbon dioxide (CO2), transversely excited atmospheric (TEA) laser applications. It is found that the strong radial dependence of electrical energy deposition into the plasma, a consequence of the large ratio of outer to inner electrode radii, produces a radial gain profile which is well localized in the center of the discharge tube. This allows for efficient matching of low order stable modes to the active gain region while providing a high degree of mode selectivity in favor of these modes. Oscillation in the TEM(01) Laguerre-Gaussian mode has been obtained at electrical efficiencies approaching 4 percent. (Author).