V. A. Gordienko scite author profile

V. A. Gordienko

36Publications

74Citation Statements Received

1Citation Statement Given

How they've been cited

196

How they cite others

125

Affiliations

Lomonosov Moscow State University, National Aerospace University – Kharkiv Aviation Institute, Sarov Institute of Physics and Technology

Publications

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Solitary electrostatic waves are possible in unmagnetized symmetric pair plasmas

Дубинов

Dubinova

Gordienko

2006

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A possibility of stationary solitary electrostatic waves with large amplitude in symmetric unmagnetized symmetric pair plasmas (e−e+ plasma, C60−C60+ plasma or e−h+ plasma) is proven. The main idea of the work is a thermodynamic unequilibrium of plasma species which may be created in low-density ideal pair plasmas. Ranges of parameters (Mach number M and a nonequilibrium degree τ=T+∕T−) which lead to the possibility of solitary waves are found.

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Anomaly in high-frequency geoacoustic emission as a close earthquake precursor

Gordienko

Krasnopistsev

et al. 2008

Acoust. Phys.

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Nonlinear theory of large-amplitude stationary solitary waves in symmetric unmagnetized e − e + and C 60 − C 60 + plasmas

2006

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The gasdynamic approach in the nonlinear theory of electrostatic waves in symmetric plasma

Gordienko

Дубинов

2007

High Temp

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Optimization for the Design Matrix Realization Value With the Aim to Investigate Technological Processes

2014

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Estimation of the detection range of a hydroacoustic system based on the acoustic power flux receiver

et al. 2007

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Principle of charge-mass invariance of motion and possibility of steady-state solitary electrostatic waves in a nearly symmetric plasma

Gordienko

Дубинов

2008

Tech. Phys.

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Vector-phase methods and the development of advanced new-generation acoustic systems

Gordienko

Krasnopistzev

et al. 2014

Moscow Univ. Phys.

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V. A. Gordienko

Solitary electrostatic waves are possible in unmagnetized symmetric pair plasmas

Anomaly in high-frequency geoacoustic emission as a close earthquake precursor

Nonlinear theory of large-amplitude stationary solitary waves in symmetric unmagnetized e − e + and C 60 − C 60 + plasmas

The gasdynamic approach in the nonlinear theory of electrostatic waves in symmetric plasma

Optimization for the Design Matrix Realization Value With the Aim to Investigate Technological Processes

Estimation of the detection range of a hydroacoustic system based on the acoustic power flux receiver

Principle of charge-mass invariance of motion and possibility of steady-state solitary electrostatic waves in a nearly symmetric plasma

Vector-phase methods and the development of advanced new-generation acoustic systems

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