Отпечаток Узнайте самые подробные результаты анализа активности Кафедра моделирования электромеханических и компьютерных систем. Указанные в этом разделе метки относятся к действиям этих участников организации. Вместе они формируют уникальную картину их активности.

Технические дисциплины и материаловедение

Field emission
Field emission cathodes
Cathodes
Electron emission
Electrons
Metals
Electric fields
Semiconductor materials
Vacuum
Microscopes
Electron sources
Dimers
Graphene
Molecules
Microscopic examination
Dielectric spectroscopy
Blood
Tungsten
Electric potential
Surface structure
Charged particles
Processing
Discrete Fourier transforms
Positive ions
Expert systems
Electron guns
Anodes
Current density
Field emission microscopes
Elementary particle sources
Fullerenes
Germanium
Dipole moment
Electrostatics
Advection
X ray tubes
Nanosystems
Flow of fluids
Blood vessels
Regioselectivity
Current voltage characteristics
Particle beams
Electrodes
Computer simulation
Experiments
Chemical compounds
Density functional theory
Surface reconstruction
Elastic scattering
Dimerization
Photochemical reactions
Electron beams
Atoms
Surface potential
Spectroscopy
Vibrational spectra
Pathology
Ion sources
Film growth
Gallium
Non Newtonian liquids
Wave functions
Ballistics
Kinetics
Fermi level
Binding energy
Chemical analysis
Electric space charge
Control systems
Structural analysis
Electron diffraction
Relaxation time
Liquid crystals
Eutectics
Light absorption
Ground state
Computer hardware
Ion beams
Stretching
Geometry
Crystals
Absorption spectra
Quenching
Thermal conductivity
Conservation
Signal to noise ratio
Identification (control systems)
Electron energy analyzers
Momentum
Graphite
Electron microscopes
Silicon
Optical properties
Lighting
Gold
Thin films
Industrial laboratories
Phase transitions
Oxygen
Finite element method

Химические соединения

Field emission
Ytterbium
Metals
Molecules
Electron emission
Cations
Dimers
Cathodes
Discrete Fourier transforms
Lutetium
Electric fields
Graphite
Electrons
Atoms
Microscopes
Tungsten
Vacuum
Field emission cathodes
Microscopic examination
Carbon Monoxide
Dipole moment
Lutetium compounds
Ytterbium compounds
Lanthanoid Series Elements
Vibrational spectra
Electron sources
Bond length
Semiconductor materials
Dimerization
Anions
Ionization potential
Crystals
Niobium
Processing
Germanium
Fullerenes
Liquid Crystals
Current voltage characteristics
Dielectric spectroscopy
Anodes
Gallium
Oxygen
Surface reconstruction
Elastic scattering
Fluorspar
Surface structure
Photochemical reactions
Cerium compounds
Gadolinium
Electric potential
Pathology
Film growth
Charged particles
Electron affinity
Ballistics
Hydrocarbons
Nickel
Binding energy
Aluminum
Electric space charge
Gold
Expert systems
Eutectics
Light absorption
Ground state
Stretching
Geometry
Metal ions
Absorption spectra
Quenching
Thermal conductivity
Conservation
Signal to noise ratio
Identification (control systems)
Momentum
Blood
Optical properties
Thin films
Finite element method
Availability
Nanosystems

Физика и астрономия

General

field emission
electron sources
emitters
electric fields
electron emission
mathematical models
computer programs
expert systems
triodes
energy
metals
optimization
retarding
microscopy
organic semiconductors
supplements
blood flow
dimerization
computerized simulation
liquid crystals
thresholds
structural analysis
eutectics
multipoles
density functional theory
electronic structure
fluid flow
simulation
erosion
specifications
analyzers
electron microscopy
hardware
electronics
relaxation time
volt-ampere characteristics
filaments
pulses
intervals
cavity flow

Engineering

cathodes
graphene
electrodes
electrostatics
diodes
space charge
anodes
ion sources
nanotubes
elastic scattering
dipole moments
plasmatrons

Physics

energy distribution
electrons
ionization potentials
magnetic lenses
vacuum
coefficients
particle beams
electric potential
energy spectra
atomic energy levels
current density
low voltage
ballistics
cations
charged particles
electron diffraction
energy levels
lenses
electron beams
valence
optical properties

Chemistry and Materials

dimers
molecules
silicon carbides
buckminsterfullerene
trimers
porphyrins
nickel
carbides
photochemical reactions
fullerenes
gallium
germanium
hydrogen
tungsten
aluminum

Mathematical and Computer Sciences

linear equations
IBM personal computers
boundary value problems
statistics

Aerospace Sciences

spectroscopy
Raman spectroscopy

Life Sciences

blood
hemodynamics
blood vessels