Infrared Physics & Technology
 2001
DOI: 10.1016/s1350-4495(01)00074-3
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A detailed study of non-uniform quantum well infrared photodetectors

Shiang‐Yu Wang
1
,
Y.C Chin
2
,
C.P Lee
3
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Cited by 4 publications
(1 citation statement)
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“…This will affect the optimum number of quantum wells as well as the optimum doping. Nonuniform structures [11] may lead to improved performance.…”
Section: Optical and Physical Modelling Of The Elementary Pixel: Genementioning
confidence: 99%

Research topics at Thales Research and Technology: Small pixels and third generation applications

Nedelcu1,
Costard2,
Bois3
et al. 2007
Infrared Physics & Technology
11
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10
0
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“…This will affect the optimum number of quantum wells as well as the optimum doping. Nonuniform structures [11] may lead to improved performance.…”
Section: Optical and Physical Modelling Of The Elementary Pixel: Genementioning
confidence: 99%

Research topics at Thales Research and Technology: Small pixels and third generation applications

Nedelcu1,
Costard2,
Bois3
et al. 2007
Infrared Physics & Technology
11
0
10
0
View full textAdd to dashboardCite

Effects of nonuniform distribution of quantum well and quantum wire base on infrared photodetectors under dark conditions

El_Tokhy
1
,
Mahmoud
2
2017
Opt Quant Electron
4
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Elevating the performance of quantum well infrared detectors at 12.55 μm with an all-dielectric scheme

Jiang,
Liu,
Xia
et al. 2024
Infrared Physics & Technology
0
0
0
0
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