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

Index « Auteurs » - entrée « G. Picoli »
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G. Picard < G. Picoli < G. Platero  Facettes :

List of bibliographic references

Number of relevant bibliographic references: 10.
Ident.Authors (with country if any)Title
002623 (1993) Mapping of dopant concentrations in photorefractive InP : Fe wafers : Physique du traitement des faisceaux lumineux et des images
002735 (1993) Behavior of InP:Fe under high electric field
002909 (1992) Double phase conjugate mirror and double colour pumped oscilator using band-edge photorefractivity in InP:Fe
002A43 (1991) Energy transfer enhancement in photorefractive InP :Fe crystals using an auxiliary incoherent beam and a negative thermal gradient
002A51 (1991) Double-phase conjugated mirror and double color pumped oscillator in photorefractive InP:Fe
002B57 (1990) High gain coherent amplification in thermally stabilized InP : Fe crystals under dc fields
002C37 (1989) Stabilization of photorefractive two-beam coupling in InP:Fe under high dc fields by temperature control
002C54 (1989) Model for resonant intensity dependence of photorefractive two-wave mixing in InP:Fe
003047 (1986) Absolute photoionization cross sections of the acceptor state level of chromium in indium phosphide
003121 (1984) Chromium absorption in InP

List of associated KwdEn.i

Nombre de
documents
Descripteur
9Indium Phosphides
8Experimental study
5Iron
5Photorefractive effect
4Inorganic compound
4Semiconductor materials
3Doping
3Electric field
3Temperature
2Chromium
2Crystals
2Impurity
2Impurity level
2Low temperature
2Mirror
2Models
2Non linear optics
2Oscillator
2Resonance
2Two wave mixing
1Acceptor center
1Activation energy
1Arrhenius equation
1Charge carrier concentration
1Charge carrier trapping
1Color
1Concentration distribution
1Deep level
1Deep level optical spectrometry
1Deep level transient spectrometry
1Electric breakdown
1Electrooptical effect
1Energy transfer
1Epitaxial film
1Gain
1High field
1Holographic grating
1Holography
1Impact ionization
1Impurity ionization
1Instrumentation
1Intensity
1Iron Indium Phosphorus Mixed
1Mixture S wave
1Modeling
1Non linear effect
1Numerical simulation
1Optical material
1Phase conjugation
1Photoionization
1Refraction
1Signal processing
1Solid
1Stabilization
1Thickness
1Thin film
1Time variation
1Transient response
1Visible absorption
1Voltage current curve
1Wafer
1Wavelength
1Zero phonon process

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