Coherent Excitation of Multilevel Atomic Systems

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概要

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• Interaction of multilevel atoms with intense radiation fields is treated in a simplified model using a semiclassical theory. Steady-state level-populations in four-level and five-level systems are calculated. It is found that population inversion appears between the highest level and an intermediate level under intense fields. The absorption lineshape of the transition between the highest two levels in a five-level or a six-level system is calculated in a weak probe-field approximation. The lineshape for the five-level (six-level) system splits into four (five) peaks at high excitation intensities.

• 社団法人応用物理学会の論文
• 1981-10-05

著者

• Tsukakoshi Motowo

  Institute Of Physical And Chemical Research

関連論文

• Lineshapes in Three-Level Spectroscopy with an Intense Laser Field
• Ac Stark Effect on the Saturated Absorption Line Shape in a Partially Doppler-Compensated System
• Optical Amplification due to Parametric Interaction of Four Waves with a Four-Level System
• Coherent Excitation of Multilevel Atomic Systems
• Observation of Isotope Shifts in Three-Level Systems of Atomic Xenon
• Line-Narrowing Condition in Optical Triple Resonance
• Power Broadening in a Degenerated Three-Level System

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