Search Results - "PASTUKHOV, V. P"

Turbulent Relaxation and Anomalous Plasma Transport by Pastukhov, V. P.

“…A non-conventional approach to the theoretical analysis and simulation of turbulent transport processes in magnetized plasmas based on the assumption of…”
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Observation of the effects of radially sheared electric fields on the suppression of turbulent vortex structures and the associated transverse loss in GAMMA 10 by Cho, T, Yoshida, M, Kohagura, J, Hirata, M, Numakura, T, Higaki, H, Hojo, H, Ichimura, M, Ishii, K, Islam, K Md, Itakura, A, Katanuma, I, Nakashima, Y, Saito, T, Tatematsu, Y, Yoshikawa, M, Kojima, Y, Tokioka, S, Yokoyama, N, Tomii, Y, Imai, T, Pastukhov, V P, Miyoshi, S

“…Vortexlike turbulent structures in hot-ion mode plasmas with several keV are observed in the case with a radially produced weak shear of electric fields E(r)…”
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On an Unconventional Approach to the Improvement of Plasma Confinement in Tokamaks by Pastukhov, V. P., Smirnov, D. V.

“…A conceptual proposal has been suggested to improve the confinement of a turbulent plasma in tokamaks with the use of discharges with large safety factors q L…”
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The Formation and Stationary Maintenance of Peaked Pressure Profiles in Turbulent Tokamak Plasmas by Pastukhov, V. P., Smirnov, D. V., Chudin, N. V.

“…The theoretical model for increasing peaking of radial distribution of plasma thermal energy and plasma energy confinement time improvement due to the…”
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On the Influence of the SOL Region on Core-Plasma Energy Confinement Time in Simulation of Turbulent Transport Processes in Tokamaks by Pastukhov, V. P., Kirneva, N. A., Smirnov, D. V.

“…The influence of the scrape-off layer (SOL) on the energy confinement time of the core plasma is analyzed by using computer simulation of the self-consistent…”
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Turbulent-convective block for the ASTRA transport code by Dnestrovskij, A. Yu, Pastukhov, V. P., Chudin, N. V.

“…A physical model for the enhanced transport code is presented, which explicitly takes into account the contribution of turbulent convection to the processes of…”
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Equations for nonlinear MHD convection in shearless magnetic systems by Pastukhov, V. P.

“…A closed set of reduced dynamic equations is derived that describe nonlinear low-frequency flute MHD convection and resulting nondiffusive transport processes…”
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Self-consistent turbulent convection in a magnetized plasma by Pastukhov, V. P., Chudin, N. V.

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Plasma convection near the threshold for MHD instability in nonparaxial magnetic confinement systems by Pastukhov, V. P., Chudin, N. V.

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Formation of self-consistent pressure profiles in simulation of turbulent convection in tokamak plasmas by Pastukhov, V. P., Smirnov, D. V.

“…The formation of pressure profiles in turbulent tokamak plasmas in ohmic heating regimes and transient regimes induced by turning-on of electron-cyclotron…”
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Adiabatic separation of motions and reduced MHD equations by Pastukhov, V. P.

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Construction of a standard floating power-generating unit for tidal power plants by Usachev, I. N., Shpolyanskii, Yu. B., Istorik, B. L., Pastukhov, V. P., Kondrashov, Yu. V., Borodin, V. V., Savchenkov, S. N., Kushnerik, V. I.

“…The construction of a standard power-generating unit at a tidal power plant is presented…”
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Reduced magnetohydrodynamics of a toroidal plasma with flows by Pastukhov, V. P.

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Variational approaches to the problems of plasma stability and of nonlinear plasma dynamics by Ilgisonis, V. I., Pastukhov, V. P.

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Erratum: Observation and Control of Transverse Energy-Transport Barrier due to the Formation of an Energetic-Electron Layer with Sheared ExB Flow [Phys. Rev. Lett. 97, 055001 (2006)] by Cho, T., Hirata, M., Pastukhov, V. P.

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Erratum: Observation and Control of Transverse Energy-Transport Barrier due to the Formation of an Energetic-Electron Layer with Sheared E × B Flow [Phys. Rev. Lett. 97 , 055001 (2006)] by Cho, T., Hirata, M., Pastukhov, V. P.

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Effective model of turbulent plasma convection in the tokamak core by Pastukhov, V. P., Chudin, N. V.

“…It has been shown that low-frequency turbulent convection self-consistently developed in the tokamak core can be effectively described in the framework of a…”
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Adiabatically reduced magnetohydrodynamic equations for a cylindrical plasma with an anisotropic pressure by Nebogatov, V. A., Pastukhov, V. P.

“…A closed set of reduced equations describing low-frequency nonlinear flute magnetohydrodynamic (MHD) convection and the resulting nondiffusive processes of…”
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Cusp-stabilized mirror-based neutron source by Kesner, Jay, Horne, S. F., Pastukhov, V. P.

“…If optimally sized, a fusion engineering test facility should produce 10-20 Mw of power at 2 Mw/sq m steady state wall loading. The fusion power and wall…”
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Observation and Control of Transverse Energy-Transport Barrier due to the Formation of an Energetic-Electron Layer with Sheared E × B Flow by Cho, T., Kohagura, J., Numakura, T., Hirata, M., Higaki, H., Hojo, H., Ichimura, M., Ishii, K., Islam, K. Md, Itakura, A., Katanuma, I., Minami, R., Nakashima, Y., Saito, T., Tatematsu, Y., Watanabe, O., Yoshikawa, M., Kojima, A., Miyake, Y., Miyata, Y., Shimizu, K., Tomii, Y., Yoshida, M., Sakamoto, K., Imai, T., Pastukhov, V. P., Miyoshi, S.

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