Popov Alexandr M.
Dr. Sci. (Phys.-Math.); Professor, Department of Computational Mathematics and Cybernetics; Lomonosov Moscow State University; Moscow, Russian Federation
ARTICLES:
COMPUTATIONAL NANOTECHNOLOGY
Computational Nanotechnology — Issue №1 2014: 6-10
MULTISCALE QUANTUM SIMULATION OF STRUCTURE PHASE CHANGE AND THERMAL DISRUPTION IN NANODOT OF AMORPHOUS CARBON
Computational Nanotechnology — Issue №1 2014: 17-25
QUANTUM MOLECULAR MODELLING OF DIFFUSION PROCESS DURING PHASE CHANGE IN AMORPHOUS CARBON
Computational Nanotechnology — Issue №2 2014: 13-18
NANOSYSTEM ATOMIC STRUCTURE STABILITY DURING THE MOLECULAR SWITCHING
Computational Nanotechnology — Issue №1 2017: 15-22
PARALLEL SIMULATIONS OF ELECTRIC FIELDS IN MASS-SPECTROMETER TRAP FOR INCREASING OF IONS MASSES MEASUREMENTS ACCURACY
Computational Nanotechnology — Issue №3 2017: 7-13
SIMULATION OF THERMONUCLEAR PLASMA INSTABILITIES USING THREE-DIMENSIONAL NONLINEAR CODE NFTC
Computational Nanotechnology — Issue №1 2018: 9-15
NUMERICAL SIMULATIONS OF MOLECULAR NANOSTRUCTURE OF SEMICONDUCTOR INSTABILITY IN BIFURCATION POINTS OF VOLT-AMPERE CHARACTERISTIC
Computational Nanotechnology — Issue №4 2018: 41-47
NUMERICAL STUDY OF QUANTUM DOT SPECTRUM CALCULATION ON THE BASE OF MONTE CARLO METHOD
Computational Nanotechnology — Issue №3 2019: 74-79
Inverse problems of plasma discharge control in a tokamak with iron core
Computational Nanotechnology — Issue №2 2020: 11-20
Reduced model of plasma discharge control in tokamak with iron core
Computational Nanotechnology — Issue №3 2020: 11-22
Mathematical model of the adaptable discharge control system in a tokamak with an iron core
Computational Nanotechnology — Issue №4 2020: 11-20
Modeling Chemical and Biological Systems Using Stochastic Block Cellular Automata with Markov Neighborhood
Computational Nanotechnology — Issue №3 2025: 31-40
