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Скользящий по поверхности воды разряд, как источник УФ-излучения и гидроксильных радикалов в жидкости
Анпилов А., Бархударов Э., Козлов Ю., Моряков И., Темчин С., Тактакишвили И.
Parameters of a Longitudinal DC Discharge in a Supersonic Air Flow
Troshkin R., Firsov A.
Influence of Current and Interelectrode Gap on Characteristics of Longitudinal–Transverse Discharge in a Supersonic Airflow
Perevoshchikov E., Firsov A.
Активация водных растворов с помощью многоискрового кольцевого разряда с инжекцией газа в разрядных промежутках
Гудкова В., Разволяева Д., Моряков И., Анпилов А.
Numerical simulation of the main stage of a lightning
Bocharov A., Mareev E., Popov N.
Formation of Microdroplet Plasma Crystals
Pyaskin R., Shcherbina A.
Simulation of a Transverse–Longitudinal Discharge in a Supersonic Air Flow in the Hydrodynamic Approximation
Kornev K., Logunov A., Shibkov V.
Atomic Oxygen Generation by Longitudinal–Transverse Discharge
Bityurin V., Dobrovolskaya A., Bocharov A., Firsov A.
Effect of plasma flows in a magnetic field on the dusty structures in different inert gases
Pavlov S., Dzlieva E., Dyachkov L., Golubev M., Morozova М., Novkov L., Karasev V.
Collision of Two Plasma Diffuse Jets with the Same and Different Front Polarity at an Air Pressure of 1 Torr
Tarasenko V., Vinogradov N., Baksht E., Pechenitsin D.
Separation of Particles in Dusty Plasma in Mixtures of Inert Gases
Novikov L., Karasev V., Pavlov S., Balabas M., Krylov I., Dzlieva E., Maiorov S.
On the Concept of Plasma Mass-Separation in Crossed E × B Fields with a Potential Well (a Review)
Liziakin G., Timirkhanov R., Smirnov V., Oiler A., Melnikov A., Kuzmichev S., Kislenko S., Gavrikov A., Vorona N., Antonov N., Usmanov R.
Re-Breakdown Process at Longitudinal–Transverse Discharge in a Supersonic Airflow
Bityurin V., Bocharov A., Dobrovolskaya A., Popov N., Firsov A.
Parameters of Surface Microwave Discharge Initiated by the Passage of a Gyrotron Microwave Pulse through a Quartz Plate with Embedded Metal Particles
Zakletskii Z., Malakhov D.
Selection of dust particles in radio frequency inductive discharge
Novikov L., Gasilov М., Golubev M., Morozova M., Dzlieva E., Pavlov S., Karasev V.
Ignition of Self-Sustained Е×В Discharge; Ion Contribution to Understanding the Process
Strokin N., Rigin A.
Modification and Mass Loss of Melamine Formaldehyde Particles in Dusty Plasma Formed in Heavy Noble Gas
Dzlieva E., Gorbenko A., Golubev M., Ermolenko M., Novikov L., Pavlov S., Polischuk V., Karasev V.
Electron Energy Distribution Function in a Discharge Afterglow in a He–Xe Mixture
Grigorian G., Demyanov A., Dyatko N., Kochetov I.
Phenomenology of High-Current Discharge in N2 and He at Medium Pressures between Two Electrodes of Rail Geometry
Akishev Y., Alekseeva T., Karalnik V., Petryakov A.
Double Dust Structures in Different Stratum Phases in Moderate Magnetic Fields
Pavlov S., Dzlieva E., D’yachkov L., Novikov L., Balabas M., Karasev V.
Formation of a Spray of Conducting Liquid under High Voltage and Electrical Discharge Plasma
Saveliev A.
Studying of Filamentation Mechanism for Nanosecond Surface Dielectric Barrier Discharge. Part 1. Local Field Approximation
Solovyov V., Lisitsyn D., Karavaeva N.
Microwave Plasma Imitation Experiments on Deposition of Lunar Dust on Metal Plates
Skvortsova N., Voronova E., Akmadullina N., Gusein-zade N., Konchekov E., Kolik L., Kachmar V., Malakhov D., Sorokin A., Borzosekov V., Stepakhin V., Shishilov O.
Plasma Potential Fluctuations in a Reflex Discharge with Thermionic Cathode
Valinurov M., Gavrikov A., Liziakin G., Oiler A., Timirkhanov R.
The Study of Surface Sliding Discharge Interacting with an Oblique Shock Wave
Mursenkova I., Ivanov I., Liao Y., Ziganshin A.
Numerical Analysis of the Influence of Evaporation of the High- and Low-Melting-Point Anode Materials on Parameters of a Microarc Discharge
Saifutdinov A., Germanov N., Sorokina A., Saifutdinova A.
О воздействии кольцевого периодического поверхностного барьерного разряда в воздухе на структуру течения
Битюрин В., Бочаров А., Попов Н.
Dynamics of a Discharge Initiated by a Powerful Femtosecond Laser Pulse in Atmospheric Pressure Air in Pre-Breakdown Electrical Fields
Popov N., Bogatov N., Bocharov A., Mareev E.
Dusty Plasma under Conditions of Glow Discharge in Magnetic Field of up to 2.5 T
Dzlieva E., Dyachkov L., Karasev V., Novikov L., Pavlov S.
Streamers Initiated by a Capacitive Discharge at Air Pressure 0.2–6 Torr
Tarasenko V., Baksht E., Panarin V., Vinogradov N.
On the Question of the Formation of the Lightning Current
Aleksandrov N., Ponomarev A., Syssoev A., Iudin D.
Electric Discharge Between a Metal Cathode and a Liquid Non-Metal Anode
Kayumov R., Kuputdinova A., Mirkhanov D., Gaisin A.
Dynamics of Discharge Development in a Homogeneous DC Field Initiated by a Plasma Filament Created by a Femtosecond Laser Pulse
Bogatov N., Stepanov A.
Исследование кинетики быстрых электронов и параметров плазмы отрицательного свечения тлеющего разряда в гелии пониженного давления
Сайфутдинов А., Сысоев С.
Kinetic Model of Vacuum Plasma Expansion in a Cylindrical Gap
Kozhevnikov V., Kozyrev A., Kokovin A., Semenyuk N.
Frequency Dependence of the Parameters of the Inductive RF Discharge Located in the Low-Value Magnetic Field
Nikonov A., Vavilin K., Zadiriev I., Dvinin S., Kralkina E.
On the Issue of Effect of Magnetic Field on Characteristics of Dust Structures in Glow Discharge
Karasev V., Dzlieva E., D’yachkov L., Novikov L., Pavlov S.
Investigation of Gas-Droplet Flow in Presence of Electrical Discharge
Saveliev A.
Контроль процесса плазменной очистки входных зеркал оптических диагностик ИТЭР в тлеющем разряде на постоянном и среднечастотном импульсном токе
Рогов А., Капустин Ю., Горбунов А.
Filament Formation Mechanism for a Nanosecond Surface Barrier Discharge. Part 2. The Local-Energy Approximation
Soloviev V., Lisitsyn D., Karavaeva N.
On Stationary Flow of Dense Plasma under Localized Energy Deposition
Abramov I., Gospodchikov E., Shalashov A.
Digital Method of Time Correlated Single Photon Counting for Barrier Discharge Diagnosis
Selivonin I., Kuvardin S., Moralev I.
Physical Properties of a Low-Power Helicon Source Operating on a High-Frequency Discharge with a Capacitive Component
Zadiriev I., Vavilin K., Kral’kina E., Nikonov A., Shvydkii G.
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