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Energy Spectra of an Electron in a Pyramid-shaped Quantum Dot in effective Mass Approximation with Even Mirror Boundary Conditions

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Autor
JESUS ERNESTO GONZALEZ HERNANDEZ
PAUL HORLEY
Institución
Resumen
we study the problem of an electron confined in a semiconductor quantum dot shaped as a squarebase pyramid, assuming specular reflection of a particle from quantum dot boundaries. the application of boundary condition equals the wave function in an arbitrary point inside the dot with its image formed in the walls.
Materias

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