IMPROVING THE METHODOLOGY FOR ENSURING CONTINUITY OF SCIENTIFIC APPROACHES IN TEACHING ATOMIC NUCLEAR PHYSICS

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IMPROVING THE METHODOLOGY FOR ENSURING CONTINUITY OF SCIENTIFIC APPROACHES IN TEACHING ATOMIC NUCLEAR PHYSICS

Journal Title: International scientific journal Science and Innovation - Year 2023, Vol 2, Issue 5

Abstract

The Schrodinger equation for the motion of microparticles in spherical symmetric potential field, the hydrogen atom: quantum numbers, energy spectrum, orbital impulse momentum and its spatial quantization, the selection rule for quantum transitions in simulator programs to expand the quantum mechanical imagination of students of higher education institutions. Radiation spectrum of hydrogen atoms. The width of the surfaces is modeled and the advantages of the developments and the methodology of using them are highlighted in this article.

Authors and Affiliations

Adham Raxmatillayevich Turgunov

Keywords

Schrodinger equation for the main constant state of the hydrogen atom potential energy of the electron which is bound to the nucleus and its graph solution of the Schrodinger equation for the hydrogen atom and energy surfaces ionization energy orbital head and magnetic quantum numbers their accepted values determination of atomic states explanation of the spectrum of hydrogen atom on the basis of quantum mechanics selection rule mechanical and magnetic moment of electron gyromagnetic

EP ID EP717316
DOI 10.5281/zenodo.7982026
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