Approximate Solution of Schrodinger Equation to Diatomic Molecule for Harmonic Oscillator
DOI:
https://doi.org/10.56919/usci.2223.005Keywords:
Schrodinger equation, Diatomic molecule, Harmonic oscillator, Newton’s lawAbstract
This study has described the approximate solution of Schrodinger equation to diatomic molecule for harmonic oscillator. The solution procedure is developed by the Power series method and Newton’s second law. It consider an approximate solution of harmonic oscillator using Schrödinger equation in one dimension only because other analytical approaches are limited to the widely known method and consider two to five dimensions with various iteration method to obtain their results but here the solutions to be obtained and their efficiency will help other research to comprehend how the solution of this harmonic oscillator has been done over the years and also to use the most efficient approximate solution.
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