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

Index « Auteurs » - entrée « S. V. Slobodchikov »
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S. V. Shaposhnikov < S. V. Slobodchikov < S. V. Smorodinov  Facettes :

List of bibliographic references

Number of relevant bibliographic references: 15.
Ident.Authors (with country if any)Title
000527 (2003-08) On the Charge-Transport Mechanisms in Cr-n-InP and Mo-n-InP Diode Structures
000580 (2003-02) Charge Transport in Fe-p-InP Diode Structures
000758 (2002-04) Long-Term Variation of Electrical and Photoelectric Characteristics of Pd-p-InP Diode Structures
000A64 (2000-07) On the Mechanism of Charge Transfer in n+-CdS-p-InP-p+-InP Heterostructures
000B14 (2000-03) Influence of Humidity and Hydrogen on the Charge Transport in p-InP Diode Structures with a Palladium Contact
001023 (1997-07) Longitudinal photoeffect in In0.53Ga0.47As p-n junctions
001154 (1996-09) Temperature dependence of the photoresponse and photocurrent gain of the hybrid isotypic heterostructure p-InP-p-InGaAs with a Pd-p-InP Schottky diode
001155 (1996-09) Photodiodes based on InAs1-xSbx solid solutions for the spectral band in the range 3-5 μm
001162 (1996-08) Noncooled InAsSbP/InAs photodiodes for the spectral range 3-5 μm
001166 (1996-08) Electric and photoelectric characteristics of a hybrid isotypic p-InP-p-InGaAs heterostructure with a Pd-p-InP Schottky barrier
001455 (1994-02) Low-frequency oscillations of the photocurrent in InP{Fe} in a magnetic field
001693 (1992) Electrical and photoelectric properties of Pd-p-p+-InP diode structures and changes in these properties in a hydrogen atmosphere
001774 (1991) Mechanisms of the influence of hydrogen on the electrical and photoelectric properties of Pd-p(n)-InP and Pd-n-GaP diode structures
001832 (1991) Double injection currents and photocurrent in Pb-p-p+-InP diode structures
001998 (1989)

List of associated KwdEn.i

Nombre de
documents
Descripteur
11Experimental study
6Indium compounds
6Palladium
5Phosphorus compounds
5Photoconductivity
4Indium Phosphides
3Electrical conductivity
3Electrical properties
3Iron
2Chromium
2Diodes
2Gallium arsenides
2Hydrogen
2Indium arsenides
2Photoelectric current
2Photoelectronic properties
2Photosensitivity
2Photovoltaic effects
2Schottky barrier diode
2Schottky barrier diodes
2Voltage current curve
2p n junctions
1Adsorption
1Aging
1Cadmium compounds
1Carrier mobility
1Charge carrier
1Charge carrier injection
1Charge compensation
1Charge transfer states
1Diode
1Doping
1Electric conductivity
1Electric contact
1Electron-hole recombination
1Electrons
1Frequency dependence
1Gallium Phosphides
1Heterojunctions
1Humidity
1III-V semiconductors
1Impurity ionization
1Indium antimonides
1Indium phosphides
1Instability
1Irradiation
1Magnetic field effects
1Magnetic fields
1Manganese
1Molybdenum
1N type conductivity
1N-type conductors
1P type conductivity
1P-type conductors
1Photodiodes
1Photoelectric devices
1Photomagnetic effect
1Rectification
1Schottky barriers
1Semiconductor heterojunctions
1Semiconductor metal contact
1Solar energy conversion
1Solid solutions
1Sulfur compounds
1Temperature range 0065-0273 K
1Thermionic emission
1Tunnel effect
1Voltage capacity curve
1p p+ junction

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