SPATIAL VARIATION OF GAIN AND SATURATION IN FAST-AXIAL FLOW CO2 LASER AMPLIFIER: FEASIBILITY OF SPATIAL SOLITON

Nobuaki TAKAHASHI; Eiichi TSUCHIDA; Heihachi SATO; Hideya GAMO

International Conference on Quantum Electronics
OSA Technical Digest (Optica Publishing Group, 1988),
paper MP15

SPATIAL VARIATION OF GAIN AND SATURATION IN FAST-AXIAL FLOW CO₂ LASER AMPLIFIER: FEASIBILITY OF SPATIAL SOLITON

Nobuaki TAKAHASHI, Eiichi TSUCHIDA, Heihachi SATO, and Hideya GAMO

International Quantum Electronics Conference 1988

Tokyo Japan
18–21 July 1988
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Poster Session I (MP)

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N. TAKAHASHI, E. TSUCHIDA, H. SATO, and H. GAMO, "SPATIAL VARIATION OF GAIN AND SATURATION IN FAST-AXIAL FLOW CO2 LASER AMPLIFIER: FEASIBILITY OF SPATIAL SOLITON," in International Conference on Quantum Electronics, H. Inaba, T. Yajima, and T. Ikegami, eds., OSA Technical Digest (Optica Publishing Group, 1988), paper MP15.

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Abstract

In the power range of several hundred-watts to a few kilo-watts a fast-axial flow (FAF) CO₂ laser is the most important cw laser to machining and surgical applications because of its compactness and high efficiency.

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