2000Proceedings of SPIE, the International Society for Optical Engineering/Proceedings of SPIERequires access

Schrodinger equation solution for the hydrogen atom with consideration of nucleus rotation (spin)

В. И. Башков, D. Zenkin

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Abstract

The variant of the Schroedinger equation solution for the atom of hydrogen is submitted in view of the nucleus rotation, i.t. with the account received earlier by one of the authors potential energy for a rotating pointed charged particle. The received result allows by a quasi-classical way to take into account in the analytical decision of the Schroedinger equation for atom of hydrogen additional splitting of the atom energy levels because of rotation of the atomic nucleus.

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What this paper is about

The variant of the Schroedinger equation solution for the atom of hydrogen is submitted in view of the nucleus rotation, i.t. with the account received earlier by one of the authors potential energy for a rotating pointed charged particle. The received result allows by a quasi-classical way to take into account in the analytical decision of the Schroedinger equation for atom of hydrogen additional splitting of the atom energy levels because of rotation of the atomic nucleus.

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Available abstract

The variant of the Schroedinger equation solution for the atom of hydrogen is submitted in view of the nucleus rotation, i.t. with the account received earlier by one of the authors potential energy for a rotating pointed charged particle. The received result allows by a quasi-classical way to take into account in the analytical decision of the Schroedinger equation for atom of hydrogen additional splitting of the atom energy levels because of rotation of the atomic nucleus.

Key concepts: Schrödinger equation, Hydrogen atom, Physics, Atom (system on chip), Rotation (mathematics), Nucleus, Atomic physics, Spin (aerodynamics)

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