Radial Power-Law Position-dependent Mass, Cylindrical Coordinates, Spectral Signatures

Majeed J. Saleem Saty

Master'sOpen Access

Radial Power-Law Position-dependent Mass, Cylindrical Coordinates, Spectral Signatures

2015

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Abstract (EN)

ABSTRACT: By exploring the Position-dependent mass Von Roos Hamiltonian under cylindrical coordinates settings, we discuss the separation of variables of Schrödinger equation. Two radial masses of a coulomb-type and a harmonic oscillator-type are considered, and the effects of various z-dependent interaction potentials on the spectra are studied. Keywords: Power-law potential, Position dependent-masses, cylindrically symmetric settings, exactly solvable models. …………………………………………………………………………………………………………………………

Author

Dr. Majeed J. Saleem Saty

Institution

Eastern Mediterranean University

Faculty of Arts and Sciences

Department of Physics

How to Cite

Majeed J. Saleem Saty (Master Thesis). Radial Power-Law Position-dependent Mass, Cylindrical Coordinates, Spectral Signatures, 2015, Eastern Mediterranean University, Department of Physics.

Figures & Images (11)

Radial Power-Law Position-dependent Mass, Cylindrical Coordinates, Spectral Signatures — Figure 1

Radial Power-Law Position-dependent Mass, Cylindrical Coordinates, Spectral Signatures — Figure 2

Radial Power-Law Position-dependent Mass, Cylindrical Coordinates, Spectral Signatures — Figure 3

Radial Power-Law Position-dependent Mass, Cylindrical Coordinates, Spectral Signatures — Figure 4

Radial Power-Law Position-dependent Mass, Cylindrical Coordinates, Spectral Signatures — Figure 5

Radial Power-Law Position-dependent Mass, Cylindrical Coordinates, Spectral Signatures — Figure 6

Keywords

Physics Position dependent-masses Power-law potential cylindrically symmetric settings exactly solvable models

License

CC BY 4.0

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