Abstract
The Michelson carbon oxide laser interferometer for measuring plasma density in studies on REB-plasma interaction is described. A detail description of the interferometer and CO laser is presented. For a selection of a single wavelength laser operation the CaF{sub 2} prism is applied. A Ge:Au photoconductor at 77 deg K is applied as the detector. The CO laser radiation at {lambda} 5.34 {mu}m coincides with the detector maximum sensitivity (of the order of 1000 V/W). This increases the interferometer sensitivity about ten times with respect to the He-Ne laser ({lambda} = 3.39 {mu}m) used as the source of light. The typical interferogram and time evolution of plasma density obtained at GOL-M device are presented. (author). 3 figs., 5 refs.
Burmasov, V S;
Kruglyakov, E P
[1]
- Budker Inst. of Nuclear Physics, Novosibirsk (Russian Federation)
Citation Formats
Burmasov, V S, and Kruglyakov, E P.
CO laser interferometer for REB-plasma experiments.
Czech Republic: N. p.,
1996.
Web.
Burmasov, V S, & Kruglyakov, E P.
CO laser interferometer for REB-plasma experiments.
Czech Republic.
Burmasov, V S, and Kruglyakov, E P.
1996.
"CO laser interferometer for REB-plasma experiments."
Czech Republic.
@misc{etde_511143,
title = {CO laser interferometer for REB-plasma experiments}
author = {Burmasov, V S, and Kruglyakov, E P}
abstractNote = {The Michelson carbon oxide laser interferometer for measuring plasma density in studies on REB-plasma interaction is described. A detail description of the interferometer and CO laser is presented. For a selection of a single wavelength laser operation the CaF{sub 2} prism is applied. A Ge:Au photoconductor at 77 deg K is applied as the detector. The CO laser radiation at {lambda} 5.34 {mu}m coincides with the detector maximum sensitivity (of the order of 1000 V/W). This increases the interferometer sensitivity about ten times with respect to the He-Ne laser ({lambda} = 3.39 {mu}m) used as the source of light. The typical interferogram and time evolution of plasma density obtained at GOL-M device are presented. (author). 3 figs., 5 refs.}
place = {Czech Republic}
year = {1996}
month = {Dec}
}
title = {CO laser interferometer for REB-plasma experiments}
author = {Burmasov, V S, and Kruglyakov, E P}
abstractNote = {The Michelson carbon oxide laser interferometer for measuring plasma density in studies on REB-plasma interaction is described. A detail description of the interferometer and CO laser is presented. For a selection of a single wavelength laser operation the CaF{sub 2} prism is applied. A Ge:Au photoconductor at 77 deg K is applied as the detector. The CO laser radiation at {lambda} 5.34 {mu}m coincides with the detector maximum sensitivity (of the order of 1000 V/W). This increases the interferometer sensitivity about ten times with respect to the He-Ne laser ({lambda} = 3.39 {mu}m) used as the source of light. The typical interferogram and time evolution of plasma density obtained at GOL-M device are presented. (author). 3 figs., 5 refs.}
place = {Czech Republic}
year = {1996}
month = {Dec}
}