Physical properties of short wavelength 2.6µm InAs/AlSb-based quantum cascade lasers

I P Marko,A Aldukhayel,A R Adams,S J Sweeney,R Teissier,A N Baranov,Stanko Tomic

Semiconductor Laser Conference（2010）

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Abstract

We used high hydrostatic pressure techniques to understand the deteriorating temperature performance with decreasing wavelength of short wavelength quantum cascade lasers. Influence of inter-valley scattering and distribution of the electron wave functions will be discussed.

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Key words

indium compounds,light scattering,quantum cascade lasers,inas-alsb,deteriorating temperature performance,electron wave functions,high hydrostatic pressure techniques,inter valley scattering,physical properties,short wavelength quantum cascade lasers,wavelength 2.6 mum,scattering,wave functions

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