Electric dipole moment function of the X1 Sigma/+/ state of CO - Vibration-rotation matrix elements for transitions of gas laser and astrophysical interest

Astronomy and Astrophysics – Astrophysics

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Astrophysics, Carbon Monoxide Lasers, Electric Moments, Ground State, Molecular Oscillations, Molecular Rotation, Carbon Monoxide, Dipole Moments, Gas Lasers, Schroedinger Equation, Wave Functions

Scientific paper

The electric dipole moment function of the ground electronic state of carbon monoxide has been determined by combining numerical solutions of the radial Schrodinger equation with absolute intensity data of vibration-rotation bands. The derived dipole moment function is used to calculate matrix elements of interest to stellar astronomy and of importance in the carbon monoxide laser.

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