Ру
EnSupercomputer simulation of plasma electron heat conductivity decrease due to relativistic electron beam relaxation
Proc. Computer Sci. –– 2010. –– Vol. 1, Iss. 1. –– P. 607–615.
All
Adaptive mass alteration to model ion–ion recombination in a Particle-in-Cell simulation of silane radio-frequency discharges
Computer Physics Communications. –– 2010. –– Vol. 181, Iss. 10. –– P. 1743–1749.
Трехмерная численная модель столкновения самогравитирующих газовых систем
Динамика сплошной среды. Акустика неоднородных сред. –– 2010. –– Вып. 126. –– С. 94–99.
Современные методы решения многомерных уравнений гравитационной газовой динамики и их программные реализации для суперЭВМ
Вестн. НГУ. –– 2010. –– Т. 10, Вып. 1. –– С. 40-64.
Computer simulation of direct chemical kinetics tasks
Ibid. –– P. 7–16.
Application of schemes based on the different approximation method to invariant solutions in the gas sphere expansion into vacuum
Ibid. –– P. 33–40.
Computation of gravitational potential of isolated systems in cylindrical coordinates
Ibid. –– P. 61–73.
The study of the role of collisions within the beam-plasma interaction by means of a finite-difference Vlasov solver
Ibid. –– P. 51–60.
Numerical modeling of plasma dynamics in non-uniform magnetic field
Fusion Science and Technology. –– 2011. –– Vol. 59, № 1t. –– P. 313–315.
Computational methods for illposed problems of gravitational gasodynamics
J. Inv. Ill-Posed Problems. –– 2011. –– Vol. 19, Iss. 1. –– P. 151–166.