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Serveur d'exploration sur l'Indium - Analysis (Chine)

Index « Auteurs » - entrée « XINQIANG WANG »
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XINQI ZHENG < XINQIANG WANG < XINQIU LI  Facettes :

List of bibliographic references

Number of relevant bibliographic references: 6.
Ident.Authors (with country if any)Title
000063 (2013) Tunable Surface Electron Spin Splitting with Electric Double-Layer Transistors Based on InN
000A55 (2010) Recent advances and challenges for successfu p-type control of InN films with Mg acceptor doping by molecular beam epitaxy
001D44 (2002) Photoluminescence of InAs self-organized quantum dots on (001)InP substrate with GaAs interlayer
001D57 (2002) Low temperature photoluminescence of InAs self-organized quantum dots on (001) InP substrate with GaAs interlayer
001E98 (2001) Studying the mechanism of ordered growth of InAs quantum dots on GaAs/InP
002119 (2000) Effect of thin GaAs tensile-strained layer on InAs quantum dots on InP (001) substrate grown by LP-MOVPE

List of associated KwdEn.i

Nombre de
documents		Descripteur
4Experimental study
4Indium arsenides
4Photoluminescence
4Quantum dots
3CVD
3Crystal growth from vapors
3Gallium arsenides
3III-V semiconductors
3Low pressure
3MOCVD
2Heterojunctions
2Indium nitride
2Interfacial layer
2Nanostructures
2Self organization
2Self-assembly
1Acceptor center
1Atomic force microscopy
1Band structure
1Bending
1Binary compounds
1Characterization
1Dimension spectrum
1Dimensionality
1Doping
1Electric field effect
1Epitaxial film
1Epitaxial layers
1Fourier-transformed infrared spectrometry
1Gallium tellurides
1Gates
1Growth mechanism
1Hole mobility
1III-V compound
1Impurity density
1Ionic liquid
1Island structure
1JJ coupling
1Line shape
1MOVPE method
1Magnesium additions
1Microstructure
1Molecular beam epitaxy
1Nanostructured materials
1Operating mode
1P type conductivity
1Polarization potential
1Process control
1Quantum computation
1Rashba effect
1Semiconductor materials
1Spin injection
1Spin polarization
1Spintronics
1Strained layer
1Temperature distribution
1Template method
1Tensile stress
1Thin film
1Thin films
1Threading dislocation
1Transistor
1Two dimensional system
1Ultrathin films
1Voltage dependence

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