Double Resonance Phenomena of Neon in Spontaneous Emission from Lower Laser Level

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概要

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• Double resonance phenomena of a gaseous laser in the spontaneous emission from the lower laser level is studied, especially for the case of the He-Ne laser operating at 0.633 μm-π transitions. Magnetic resonances of the laser levels 3s_2 and 2p_4 of neon make the intensity of the 0.609 μm line from the 2p_4 level increased and decreased, respectively, and can be observed even when the g-factors of these levels are the same. The linewidths of the resonance lines depend only upon the relaxation of alignment.

• 社団法人日本物理学会の論文
• 1973-03-05

著者

• Ogawa Toru

  Ionosphere Research Laboratory Kyoto University

• YABUZAKI Tsutomu

  Ionosphere Research Laboratory, Kyoto University

• Yabuzaki Tsutomu

  Ionosphere Research Laboratory Kyoto University

関連論文

• De-excitation in Electronic Collision Process in Gas Lasers
• Effect of Transverse Pumping in Two Rotating Fields
• Effect of Transverse Pumping in Optical Pumping
• Effect of Nonresonant rf Field on Optically Pumped Alkali Vapor Magnetometer
• Modification of Atomic g-Factor by the Oscillating rf Field
• Mixture of Longitudinal Resonance and Transverse Resonace
• Alignment Destroying Cross Sections of the 2p_4 State of Neon for Collisions with He^3 and He^4
• Double Resonance Phenomena of Neon in Spontaneous Emission from Lower Laser Level
• The Mechanism of Frequency Shifts in New Coherence Resonances
• General Higher-Order Effects of Frequency Shifts in Optical-rf Double Resonances

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