Fingerprint Dive into the research topics where Адиль Абдул Меликович Яфясов is active. These topic labels come from the works of this person. Together they form a unique fingerprint.
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Технические дисциплины и материаловедение
Semiconductor materials
Capacitance
Electric space charge
Electrolytes
Electrons
Fermi level
Semiconductor quantum wells
Charge carriers
Electric potential
Inversion layers
Conduction bands
Field emission
Surface states
Orbits
Semiconductor quantum wires
Scattering
Management information systems
Temperature
Germanium
Switches
Two dimensional electron gas
Electric properties
Solid solutions
Electrodes
Band structure
Graphene
Surface potential
Crystals
Cadmium telluride
Nanostructures
Cyclotrons
Electron energy levels
Cathodes
Metals
Phase boundaries
Indium
Spectroscopy
Silicon
Fourier transforms
Impurities
Spin waves
Carbon
Proton transfer
Quantum confinement
Ohmic contacts
Valence bands
Nanoclusters
Schrodinger equation
Exchange interactions
Electric fields
Химические соединения
Semiconductor materials
Capacitance
Electric space charge
Electrolytes
Electrons
Electric potential
Inversion layers
Semiconductor quantum wells
Charge carriers
Conduction bands
Fermi level
Orbits
Scattering
Two dimensional electron gas
Germanium
Electric properties
Surface states
Solid solutions
Band structure
Indium
Nanostructures
Temperature
Cyclotrons
Electron energy levels
Graphite
Metals
Switches
Phase boundaries
Oxides
Zinc Oxide
Spectroscopy
Polynucleotides
Fourier transforms
Spin waves
Proton transfer
Quantum confinement
Ohmic contacts
Gases
Semiconductor quantum wires
Crystals
Schrodinger equation
Exchange interactions
Management information systems
Silicon
Ballistics
Hydrides
Thin films
Field emission
Eigenvalues and eigenfunctions
Decoding
Физика и астрономия
Engineering
space charge
capacitance-voltage characteristics
capacitance
conduction bands
graphene
charge carriers
electrical properties
MIS (semiconductors)
scattering
charge exchange
Physics
electrolytes
quantum wells
room temperature
electrons
oscillations
electric potential
temperature
ballistics
General
surface layers
electron gas
inversions
field emission
logical elements
thresholds
switches
electric fields
S matrix theory
insulators
electron emission
allowances
optimization
electronics
microchannel plates
interactions
mixed crystals
crystals
energy
standing waves
physical properties
impurities
occupation
Aerospace Sciences
orbits
Mathematical and Computer Sciences
approximation
subgroups
Chemistry and Materials
mercury cadmium tellurides
solid solutions
polynucleotides
germanium
zinc oxides
surface properties