• 7 всего цитирований публикаций, внесённых в Pure
  • 2 h-индекс по публикациям в Pure
1988 …2019
Если Вы внесли какие-либо изменения в Pure, они скоро будут показаны здесь.

«Отпечаток» Узнайте самые подробные результаты анализа активности Николай Семенович Едаменко. Указанные в этом разделе метке относятся к действиям этого человека. Вместе они формируют уникальную картину его активности.

Физика и астрономия

General

accelerators
problem solving
aberration
maintainability
formalism
optimization
Laplace equation
simulation
Markov chains
computer programs
void ratio
distribution functions
industries
requirements
boundary conditions
radio frequencies
quadrupoles
cells
interactions

Engineering

electrostatics
injectors
electromagnetic fields

Life Sciences

therapy
biology

Physics

charged particles
linear accelerators
neutrons
beamforming
range (extremes)
ions
flux (rate)
cyclotrons
deuterons
electric potential
protons
physics

Chemistry and Materials

boron
beryllium
lithium
chemistry

Mathematical and Computer Sciences

differential equations
boundary value problems
integral equations
matrices
Monte Carlo method
algebra
statistics
approximation

Aeronautics

trajectories

Технические дисциплины и материаловедение

Particle accelerators
Parallel processing systems
Distributed computer systems
Boron
Electrostatics
Neutrons
Algebra
Electric space charge
Boundary value problems
Integral equations
Maintainability
Reusability
Software design
Aberrations
Distribution functions
Cluster computing
Linear accelerators
Laplace equation
Electrostatic accelerators
Electromagnetic fields
Markov processes
Neutron flux
Beryllium
Computer simulation
Cyclotrons
Monte Carlo methods
Trajectories
Statistics
Boundary conditions
Derivatives
Protons
Lithium
Electric power utilization
Electric potential
Experiments

Математика

Accelerator
Electrostatics
Neutron
Walk
Therapy
Mixed Boundary Value Problem
Integral Equations
Path
Injector
Electric Potential
Beamforming
Laplace's equation
Expected Value
Monte Carlo method
Electromagnetic Fields
Markov chain
Simplicity
Numerical Experiment
Trajectory
kernel
Verify
Statistics
Boundary conditions
Derivative
Power Consumption
Accelerate
Compactness
Demonstrate
Simulation
Target