Abstract
The possibility of observing the collective scattering of infrared laser light from plasmas is discussed in terms of the laser power requirement, the necessary optical system and the detector performance, and is shown to be feasible with the present day techniques to get the ion temperature by means of a CO/sub 2/ laser on theta pinch plasmas. Based on this estimate, the construction of the TEA CO/sub 2/ laser and the preparations of the optical components have been started and some preliminary results of these are described.
Muraoka, K;
Hiraki, N;
Kawasaki, S
[1]
- Kyushu Univ., Fukuoka (Japan). Research Inst. for Applied Mechanics
Citation Formats
Muraoka, K, Hiraki, N, and Kawasaki, S.
Infrared laser scattering system for plasma diagnostics.
Japan: N. p.,
1975.
Web.
Muraoka, K, Hiraki, N, & Kawasaki, S.
Infrared laser scattering system for plasma diagnostics.
Japan.
Muraoka, K, Hiraki, N, and Kawasaki, S.
1975.
"Infrared laser scattering system for plasma diagnostics."
Japan.
@misc{etde_7325838,
title = {Infrared laser scattering system for plasma diagnostics}
author = {Muraoka, K, Hiraki, N, and Kawasaki, S}
abstractNote = {The possibility of observing the collective scattering of infrared laser light from plasmas is discussed in terms of the laser power requirement, the necessary optical system and the detector performance, and is shown to be feasible with the present day techniques to get the ion temperature by means of a CO/sub 2/ laser on theta pinch plasmas. Based on this estimate, the construction of the TEA CO/sub 2/ laser and the preparations of the optical components have been started and some preliminary results of these are described.}
journal = []
volume = {22:70}
journal type = {AC}
place = {Japan}
year = {1975}
month = {May}
}
title = {Infrared laser scattering system for plasma diagnostics}
author = {Muraoka, K, Hiraki, N, and Kawasaki, S}
abstractNote = {The possibility of observing the collective scattering of infrared laser light from plasmas is discussed in terms of the laser power requirement, the necessary optical system and the detector performance, and is shown to be feasible with the present day techniques to get the ion temperature by means of a CO/sub 2/ laser on theta pinch plasmas. Based on this estimate, the construction of the TEA CO/sub 2/ laser and the preparations of the optical components have been started and some preliminary results of these are described.}
journal = []
volume = {22:70}
journal type = {AC}
place = {Japan}
year = {1975}
month = {May}
}