We use a few cookies

Essential cookies keep the library working. With your permission, we'd also like to use analytics to see what's useful and improve the experience. Read our Privacy Policy or Cookie Policy.

Skip to main content
Home/e-Resources/Electrical Engineering/Analysis of a finite quantum well
PeriodicalsElectrical Engineering

Analysis of a finite quantum well

Amol Mankar·Eugen Brühwiler
International Journal of Advances in Electrical Engineering2020

Checking your access to this record.

Abstract & Overview

In this paper one dimensional (1D) quantum confinement in a Finite Quantum Well (FQW) is analyzed through a simulator using MATLAB. A particle behavior inside a FQW is discussed and analyzed. The effect of various parameters such as well boundary thickness, depth of the well and width of the well are discussed. The results are compared with the Infinite Quantum Well (IQW). Different types of potential structure’s behavior can be analyzed by using this simulator which is very useful before fabrication.

Cite this record

Amol Mankar, Eugen Brühwiler (2020). Analysis of a finite quantum well. International Journal of Advances in Electrical Engineering, 1(1), 06–10. https://library.shubhaarti.in/content/ec10d567-bc64-4c4d-a425-98deb13c769e

Copy in another style

Mankar, A., & Brühwiler, E. (2020). Analysis of a finite quantum well. International Journal of Advances in Electrical Engineering, 1(1), 06–10. https://library.shubhaarti.in/content/ec10d567-bc64-4c4d-a425-98deb13c769e
Author names are used as deposited, so check their order before you submit.

Metadata is harvested from open-access indexes and can be incomplete. Check a citation against the published version before relying on it — see our open access & attribution policy.

Related Literature

Teaching innovations in the professional training in the field of electrical engineering

José Agüero Rubio

The Water Drop Lens: Revisiting the Past to Shape the Future

Nelson J. G. Fonseca, European Space Agency

In Reviews of Electromagnetics

Properties of standard polymeric and water-based coatings for military camouflage protection with addition of inorganic fulerene-like tungsten disulphide (IF-WS2) nanoparticles

Dragana Lazić, Danica Simić

In Scientific Technical Review

Uso de tecnologías móviles aplicadas a la enseñanza de proyecciones ortogonales en el curso expresión gráfica I

Nómar Cárdenas Parada, Bladimir Ramón Valencia

In Ingenio Magno/Ingenio magno