1975The Journal of Chemical PhysicsRequires access

Semiclassical theory of rotational excitation in collisions of diatomic molecules

Charles F. Curtiss

Open publisher page 9 citations

Abstract

In previous developments of the theory of rotational excitation in collisions of diatomic molecules, the cross sections have been expressed in terms of a generalized phase shift. In the present paper, the equations which determine the successive terms in a semiclassical expansion of the generalized phase shift are discussed and the first two equations are developed explicitly.

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In previous developments of the theory of rotational excitation in collisions of diatomic molecules, the cross sections have been expressed in terms of a generalized phase shift. In the present paper, the equations which determine the successive terms in a semiclassical expansion of the generalized phase shift are discussed and the first two equations are developed explicitly.

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Available abstract

In previous developments of the theory of rotational excitation in collisions of diatomic molecules, the cross sections have been expressed in terms of a generalized phase shift. In the present paper, the equations which determine the successive terms in a semiclassical expansion of the generalized phase shift are discussed and the first two equations are developed explicitly.

Key concepts: Semiclassical physics, Diatomic molecule, Excitation, Physics, Phase (matter), Classical mechanics, Atomic physics, Quantum mechanics

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