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Exact quantum mechanical vibration-rotation kinetic energy operator of four-particle system in various coordinates 被引量:1

Exact quantum mechanical vibration-rotation kinetic energy operator of four-particle system in various coordinates
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摘要 The vibration-rotational kinetic energy operators of four-particle system in various coordinates are derived using a new and simple angular momentum method. The operators are respectively suitable for studying the systems described by scattering coordinate, valence coordinate, Radau coordinate, Radau/Jacobi and Jacobi/valence hybrid coordinates and so on. Certain properties of these operators and their possible applications are discussed. The vibration-rotational kinetic energy operators of four-particle system in various coordinates are derived using a new and simple angular momentum method. The operators are respectively suitable for studying the systems described by scattering coordinate, valence coordinate, Radau coordinate, Radau/Jacobi and Jacobi/valence hybrid coordinates and so on. Certain properties of these operators and their possible applications are discussed.
出处 《Science China Chemistry》 SCIE EI CAS 1996年第6期627-637,共11页 中国科学(化学英文版)
基金 Project supported by the National Natural Science Foundation of China
关键词 vibration rotation kinetic energy OPERATOR four-particle system VARIOUS coordinates. vibration, rotation, kinetic energy operator, four-particle system, various coordinates.
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