Radiative Relaxation of Vibration of the Nitric Oxide Molecule in Its Electronic Ground State (X^2II)

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概要

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• An empirical adiabatic potential for the electronic ground state of the NO molecule (X^2II) is obtained by fitting with the observed vibrational energy levels up to υ=17 and the dissociation energy. Using thus calculated vibrational eigenfunctions and Billingsley's dipole moment function, we calculated the probabilities of the electric dipole transition among vibrational states up to υ=40. Beside the conventional Δυ=-1 transitions, many higherorder transitions are found to have reasonably large probabilities. Applying the result to the theory of Shuttle Glow, we predict that not only many infrared radiations, but also visible lights such as 0.570, 0.523, 0.484 μm lines have intensities near 1 μW per 1 m^2 of the Shuttle's surface.

• 社団法人応用物理学会の論文
• 1989-02-20

著者

• Inagaki Keizo

  Atr Optical And Radio Communications Research Laboratories

• MIZUSHIMA Masataka

  ATR Optical and Radio Communications Research Laboratories

• Mizushima Masataka

  Atr Optical And Radio Communications Research Laboratories:(present Address) Department Of Physics U

関連論文

• Aspheric Lens Baser Diode Collimator Design for Optical Intersatellite Communications
• Radiative Relaxation of Vibration of the Nitric Oxide Molecule in Its Electronic Ground State (X^2II)
• Beam Forming Characteristics of a Waveguide-Type Optical Phased Array Antenna

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