Revealing the Effects of Nitrogen and non-radiative Auger Recombination Processes in GaNxAsyP1-x-y/GaP type I QW by Hydrostatic Pressure
Is this your thesis?
This record came from a bulk archive import. If it’s yours, link it to your profile.
Abstract (EN)
This thesis study investigates the important loss mechanisms in a newly proposed GaNxAs0.8P0.2-x/GaP type I QW laser system on a silicon substrate. Our calculations indicate that direct CHSH Auger loss mechanism is the most important loss mechanism in the QW laser system under investigation.
Author
Shaza Ali Yousf
Institution
How to Cite
Shaza Ali Yousf (Master Thesis). Revealing the Effects of Nitrogen and non-radiative Auger Recombination Processes in GaNxAsyP1-x-y/GaP type I QW by Hydrostatic Pressure, 2012, Gaziantep University.
Keywords
License
Tüm Hakları Saklıdır
This work is shared under the specified license terms.
More theses from Gaziantep University
- Conceptual design methodology for foldable shelters(2019)
- Pilton (pastinaca armena) katkılı beyaz peynirin duyusal ve kimyasal özelliklerinin incelenmesi(2019)
- Analysis of tooth stiffness of spur gears by finite element method(2017)
- Constructions of popular culture within viral advertising: Reception analysis of Eti Benim'O virals(2021)
- Optimum usage of mixed damping systems (rubber concerete or x diagonal dampers) on multystory building(2021)
- Transcription and evaluation of Idrak newspaper(2021)