KIAM Main page Web Library  •  Publication Searh  Ðóññêèé 
Publications
Tarakanov Ilya Alekseyevich
Email:
ORCID: 0000-0002-9658-3479

2024 year
1.  KIAM Preprint ¹ 57, Moscow, 2024
Authors: Volkov Y.A., Voronin F.N., Kosarev O.S., Ivanov A.V., Markov M.B., Savenkov E.B., Sadovnichy D.N., Tarakanov I.A.
Title: About the generation of electric discharge in dielectric by photon flux

2024 year
2.  KIAM Preprint ¹ 52, Moscow, 2024
Authors: Voronin F.N., Markov M.B., Tarakanov I.A.
Title: Algorithm for numerical solution of Maxwell's equations for modeling disturbances of the magnetic field by an ionized medium

2024 year
3.  KIAM Preprint ¹ 42, Moscow, 2024
Authors: Berezin A.V., Volkov Y.A., Kazymov S.A., Markov M.B., Tarakanov I.A.
Title: The model of continuous photon scattering in jne-dimensional approximation

2023 year
4.  KIAM Preprint ¹ 42, Moscow, 2023
Authors: Markov M.B., Kosarev O.S., Parot'kin S.V., Tarakanov I.A.
Title: Modeling the electrical conductivity of an ionized gas based on a numerical analysis of the kinetics of electrons

2022 year
5.  KIAM Preprint ¹ 96, Moscow, 2022
Authors: Volkov Y.A., Markov M.B., Tarakanov I.A.
Title: Statistical particle in cell for solving the phonon Boltzmann equation

2022 year
6.  KIAM Preprint ¹ 61, Moscow, 2022
Authors: Berezin A.V., Zalozhnyy N.V., Kosarev O.S., Markov M.B., Tarakanov I.A.
Title: An implementation of the electron particle method on a hybrid cluster with graphic processor units

2022 year
7.  KIAM Preprint ¹ 15, Moscow, 2022
Authors: Kanevskiy V.M., Tarakanov I.A., Fedorov V.A.
Title: Mathematical model of radiation-induced conductivity in sapphire with electron-phonon interaction

2021 year
8.  KIAM Preprint ¹ 47, Moscow, 2021
Authors: Voronin F.N., Duhanin A.D., Kazakov E.D., Kosarev O.S., Markov M.B., Pomazan Y.V., Tarakanov I.A.
Title: Radiation transport simulation in an electron accelerator

2021 year
9.  KIAM Preprint ¹ 46, Moscow, 2021
Authors: Berezin A.V., Duhanin A.D., Kosarev O.S., Markov M.B., Parot'kin S.V., Pomazan Y.V., Tarakanov I.A.
Title: On the simulation of gas ionization by fast electrons

2021 year
10.  KIAM Preprint ¹ 18, Moscow, 2021
Authors: Barykov I.A., Vichev I.Y., Volkov Y.A., Zaytsev V.I., Zalozhnyy N.V., Kanevskiy V.M., Tarakanov I.A., Fedorov V.A.
Title: Mathematical model of radiation-induced conductivity in quartz under the influence of high-power X-ray radiation

2020 year
11.  KIAM Preprint ¹ 92, Moscow, 2020
Authors: Egorova V.A., Zhukovsky M.E., Kosarev O.S., Tarakanov I.A.
Title: On modeling of the radiative electromagnetic field in polydisperse media of a closed-cell structure

2019 year
12.  KIAM Preprint ¹ 84, Moscow, 2019
Authors: Vasilyev A.A., Zhogov A.G., Kosarev O. S., Markov M. B., Potapenko A.I., Ulyanenkov R.V., Tarakanov I. A.
Title: Experimental verification of the mathematical model of photon and electron transport

2019 year
13.  KIAM Preprint ¹ 80, Moscow, 2019
Authors: Alekseev M. V., Egorova V. A., Zhukovsky M. E., Sadovnichiy D.N., Tarakanov I. A., Uskov R.V.
Title: On modeling of the radiation-induced charge effects in the fine dispersed materials of closed-cell structure

2018 year
14.  KIAM Preprint ¹ 108, Moscow, 2018
Authors: Volkov Y. A., Inozemtseva K.K., Markov M. B., Tarakanov I. A.
Title: The Algorithm for Modeling Radiation Thermomechanical Effects in Cattaneo Approximation

2018 year
15.  KIAM Preprint ¹ 99, Moscow, 2018
Authors: Volkov Y. A., Inozemtseva K.K., Markov M. B., Tarakanov I. A.
Title: Mathematical model of radiation heating of microelectronic device

2017 year
16.  KIAM Preprint ¹ 138, Moscow, 2017
Authors: Egorova V. A., Zhukovsky M. E., Podolyako S. V., Tarakanov I. A.
Title: Mathematical model of the interaction between protons and matter

2016 year
17.  KIAM Preprint ¹ 9, Moscow, 2016
Authors: Berezin A. V., Volkov Y. A., Kazymov S.A., Markov M. B., Tarakanov I. A.
Title: Modelling of radiation conductivity by statistic particle method

2013 year
18.  KIAM Preprint ¹ 84, Moscow, 2013
Authors: Volkov Y. A., Tarakanov I. A.
Title: Radiation-induced conductivity in silicon and silicon dioxide. Scattering rates