Отпечаток Узнайте самые подробные результаты анализа активности Кафедра теории систем управления электрофизической аппаратурой. Указанные в этом разделе метки относятся к действиям этих участников организации. Вместе они формируют уникальную картину их активности.

Физика и астрономия

General

optimization
accelerators
libration
simulation
computer programs
triodes
injection
boosters
quadrupoles
mathematical models
Markov chains
reactors
energy consumption
electromagnetism
tubes
clips
cells
flight control
dynamical systems
flight
multiplication
problem solving
circuit diagrams
geometry
potential fields
radio frequencies
aberration
optimal control
reinforcement
grids
control theory
structural analysis
three body problem
dynamic models
wedges
vehicles
profiles
image processing
resonant frequencies
platforms
output
analyzers
functionals
adequacy
electric fields

Physics

particle beams
charged particles
linear accelerators
transmutation
impulses
particle accelerators
range (extremes)
gradients
dynamic stability
protons
synchrotrons
deuterons
radiation pressure
photons
particle energy
ions
electron beams
velocity distribution
neutrons
physics
electron diffraction

Aeronautics

trajectories
trajectory control

Aerospace Sciences

orbits
sun
magnetic fields
solar radiation
valleys

Chemistry and Materials

radioactive wastes
radioactive isotopes
isotopes
beryllium
metalloids
quantitative analysis
boron

Engineering

traps
stabilization
space charge
levitation
electromagnetic fields
neutron sources
accumulators
electrostatics
space navigation
manufacturing

Mathematical and Computer Sciences

differential equations
approximation
vlasov equations
matrices
tensors

Life Sciences

human body
organs
therapy
tomography

Astronautics

spacecraft

Технические дисциплины и материаловедение

Particle accelerators
Charged particles
Particle beam dynamics
Parallel processing systems
Linear accelerators
Digital devices
Trajectories
Magnetic fields
Radioactive wastes
Particle beams
Plasmas
Stabilization
Dynamical systems
Control theory
Single photon emission computed tomography
Hamiltonians
Metalloids
Electric space charge
Statistical tests
Actinides
Electrodynamics
Radiotherapy
Distributed computer systems
Earth (planet)
Normal distribution
Sun
Covariance matrix
Iterative methods
Controllability
Linear regression
Radioisotopes
Steel
Structural analysis
Electron diffraction
Isotopes
Tensors
Magnets
Boron
Mathematical models
Electric power utilization
Numerical models
Triodes
Electrostatics
Dynamic models
Electron energy analyzers
Ions
Neutrons
Controllers
Image processing
Algebra
Ultrasonics
Industrial laboratories
Experiments
Acoustic waves
Testing
Spectroscopy
Robots
Benchmarking
Semiconductor materials
Ordinary differential equations
Data storage equipment
Planning
Impact testing
Shock waves
Hazards
Boundary value problems
Integral equations
Data visualization
Gradient methods
Electrons
Optical flows
Maintainability

Математика

Accelerator
Dynamic Optimization
Collinear
Invariant Manifolds
Motion
Simultaneous Optimization
Trajectory
Space Robot
Impulse Control
Radiation Therapy
Second Variation
Three-body Problem
Vlasov Equation
Minimax Problems
Approximation
Optimization
Phase Plane
Random Search
Hazard Function
Functional Integral
Performance Optimization
Electrostatics
Optimization Algorithm
Computed Tomography
Physical process
Dynamic Modeling
Kinetic Model
Electrodynamics
Extremum
Dynamical system
Neutron
Quantitative Analysis
Sun
Dynamic Equation
Search Methods
System Modeling
System Dynamics
Walk
Controllability
Computational Methods
Numerical integration
Reactor
Velocity Field
Simplification
Control Algorithm
Therapy
Hill Equation
System Performance
Image Processing
Dynamic Model
Simplify
Photon
Mixed Boundary Value Problem
Tensor
Magnetic Field
Decrease
Numerical Methods
Gradient
Planning
Model
Power Consumption
Modeling
Injection
Steel
Optical Flow
Integral Equations