Documentos de Duque C.A. | REDI

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Mostrando 4 resultados de: 4

Filtros aplicados

Palabras Claves: "Binding energy"

Subtipo de publicación

Publisher

Nanomaterials(1)

Physica B: Condensed Matter(1)

Physica E: Low-Dimensional Systems and Nanostructures(1)

Thin Solid Films(1)

Área temáticas

Electricidad y electrónica(2)

Física aplicada(2)

Explosivos, combustibles y productos relacionados(1)

Física moderna(1)

Área de conocimiento

Ciencia de materiales(3)

Mecánica cuántica(2)

Nanostructura(2)

Semiconductor(1)

Año de Publicación

Origen

Palabras Claves

Donor impurity(3)

Ground state energy(2)

Double quantum ring(1)

Finite difference method(1)

Hydrostatic pressure(1)

First Study on the Electronic and Donor Atom Properties of the Ultra-Thin Nanoflakes Quantum Dots

Abstract: Nanoflakes ultra-thin quantum dots are theoretically studied as innovative nanomaterials delivering

Palabras claves:

Binding energy, Donor impurity, Ground state energy, Nanoflakes, Ultra-thin quantum dot

Belamkadem L., Boussetta R., Chnafi M., David Laroze, Duque C.A., Kasapoglu E., Laura M. Pérez, Meziani Y.M., Mommadi O., Moussaouy A.E., Tulupenko V., Vinasco J.A.

Electronic properties and hydrogenic impurity binding energy of a new variant quantum dot

Abstract: In this work, we have studied the electronic states with and without a donor impurity positioned on

Palabras claves:

Binding energy, Donor impurity, Finite difference method, Ground state energy, Variant quantum dot

Belamkadem L., Chnafi M., David Laroze, Duque C.A., Mommadi O., Moussaouy A.E., Vinasco J.A.

Donor-impurity related photoionization cross section in GaAs / Ga 1 <inf>-c</inf><sup>do</sup>uble quantum rings: Effects of geometry and hydrostatic pressure

Abstract: The donor-impurity related photoionization cross section in GaAs/Ga1 -xAlxAs three-dimensional conce

Palabras claves:

Binding energy, Double quantum ring, Hydrostatic pressure, Photoionization cross section

Baghramyan H.M., Barseghyan M.G., David Laroze, Duque C.A., Kirakosyan A.A.

The intensity and direction of the electric field effects on off-center shallow-donor impurity binding energy in wedge-shaped cylindrical quantum dots

Abstract: Taking into account an infinite confinement potential, including the influence of external electric

Palabras claves:

Binding energy, Donor impurity, electric field, Wedge-shaped cylindrical quantum dot

Belamkadem L., Boussetta R., Chnafi M., Chouef S., David Laroze, Duque C.A., Fobasso Mbognou F.C., Kenfack-Sadem C., Kerkour El-Miad A., Keumo Tsiaze R.M., Mommadi O., Moussaouy A.E., Vinasco J.A.