Faculty

Institution

Unit

Venue

Vladimir Demidov

Adjunct Research Professor

West Virginia University

Affiliations

Eberly College of Arts and Sciences

Physics and Astronomy

Vladimir Demidov is currently serving as an Eberly College Of Arts And Sciences Adjunct Research Professor at West Virginia University.

Honors

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Experiences

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Education

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Vladimir Demidov

West Virginia University

Adjunct Research Professor

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applied physics particle physics physics plasma science materials science atomic physics instrumentation gas discharge plasma electrical engineering probe measurements glow discharges plasma diagnostics magnetized plasma instrument science nonlocal control plasma electronics short dc discharge electron temperature condensed matter physics atmospheric science plasma physics plasma processing electron energy distributions fast electrons magnetism space weather nonlocal effects metastable-atom density atmospheric pressure materials engineering plasma chemistry thermal transport charge transport experimental analysis analytical instrumentation magnetic measurement electron energy distribution low-temperature magnetized plasma post-transient stage plasma-wall interaction gyro-phase drift carbon nanotubes material research tribology atomic spectroscopy power electronics thermal engineering experimental physics internal medicine symptom management medical history integrative medicine clinical investigation nanobiotechnology nanorobotics surface nanotechnology nanometrology laser-plasma interaction real-time monitoring instrumentation engineering plasma instabilities magnetospheric plasma oscillation theory charge separation metal anode fragmentation effect space physics plasma applications aerospace technology aeronautics wave propagation wave motion applied chemistry electric probes spectroscopy plasma photonics

Notable Scholarly Works

Notable Federal Grants

Collaborators

Application of a Large Wall Electric Probe (Lwep) for Plasma and Ambient Gas Studies. Plasma Sources Science and Technology (2024)

V I DemidovS F AdamsI P Kurlyandskaya

plasma chemistryplasma scienceambient gas studiesplasma physicselectrical engineeringenvironmental engineeringplasma applicationsplasma electronicsgas discharge plasmaplasma diagnosticsinstrumentation

Correlation Between Fluctuating Electron Temperature and Fluctuating Space-Potential Challenges the Probe Determination of Turbulent Electric Field Spectrum. IEEE Transactions on Plasma Science (2023)

Chengxun YuanChen ZhouMikhail V. DemidovTomaž GyergyekJernej KovačičMark E. KoepkeIya P. KurlyandskayaVladimir I. DemidovStefan CosteaZhongxiang Zhou

electron temperatureatmospheric sciencecorrelationplasma scienceprobe determinationelectrical engineeringspace-potential challengesplasma diagnosticsmaterials scienceaerospace engineering

Signature of Gyrophase Drift: Analysis of Charging Dynamics Relevant to Magnetized-Orbit Dusty-Plasma Confinement and Space-Dust Trajectories. 2020 IEEE International Conference on Plasma Science (ICOPS) (2023)

M. KoepkeJ. WalkerM. ZimmermanW. FarrellV. Demidov

dusty plasmasspace sciencespace weatherspace-dust trajectoriesmagnetized-orbit dusty-plasma confinementgyrophase driftastrophysicsplanetary sciences

Measurements of Fluctuating Electron Temperature and Space Potential in a Magnetized Plasma With a Single Magnetically Insulated Baffled Probe (Mibp). Plasma Sources Science and Technology (2022)

Shubo LiChengxun YuanIya P KurlyandskayaV I DemidovM E KoepkeJingfeng YaoZhongxiang Zhou

electron temperaturemagnetized plasmaplasma sciencespace potentialapplied physicsplasma diagnosticsinstrumentationmagnetic measurement

Ion-Temperature Determination With a Baffled Langmuir Probe. Review of Scientific Instruments (2021)

S. M. FinneganM. E. KoepkeV. I. Demidov

instrument sciencebaffled langmuir probeanalytical instrumentationapplied physicsion-temperature determinationinstrumentation

Magnetically Insulated Baffled Probe (Mibp) for Low-Temperature and Fusion-Boundary Plasma Studies. Plasma Physics and Controlled Fusion (2021)

C YuanI P KurlyandskayaV I DemidovM GryaznevichM E KoepkeY Raitses

fusion-boundary plasma studiesmagnetism

Basic Factors for Acquiring, Correcting, and Interpreting Probe Current-Voltage Characteristic in Moderate-Collisional Plasma for Determining Electron Energy Distribution. Physics of Plasmas (2020)

V. I. DemidovM. E. KoepkeI. P. KurlyandskayaM. A. Malkov

particle physicsphysicsplasma sciencebasic factorselectron energy distributionmoderate-collisional plasmaapplied physics

Evidence of Effective Local Control of a Plasma’s Nonlocal Electron Distribution Function. Plasma Sources Science and Technology (2020)

Shubo LiChengxun YuanJingfeng YaoI P KurlyandskayaM E KoepkeV I DemidovA A KudryavtsevZhongxiang Zhou

plasma scienceapplied physicseffective local control

Measurement of the Densities of Plasma and Ambient Gas Particles Using a Short Direct Current Discharge. Physics of Plasmas (2020)

C. YuanJ. YaoV. I. DemidovI. P. KurlyandskayaI. I. KonovalovaA. A. KudryavtsevZ. Zhou

particle physicsphysicsplasma sciencegas discharge plasmaambient gas particles

1D Photonic Crystal Filled With Low-Temperature Plasma for Controlling Broadband Microwave Transmission. AIP Advances (2019)

Jingfeng YaoChengxun YuanHui LiJian WuYing WangAnatoly A. KudryavtsevVladimir I. DemidovZhongxiang Zhou

photonicsphotonic crystalstechnologybroadband microwave transmissionlow-temperature plasma

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Vladimir Demidov

Adjunct Research Professor

West Virginia University

Affiliations

Eberly College of Arts and Sciences

Physics and Astronomy

Vladimir Demidov is currently serving as an Eberly College Of Arts And Sciences Adjunct Research Professor at West Virginia University.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Vladimir Demidov

West Virginia University

Adjunct Research Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Application of a Large Wall Electric Probe (Lwep) for Plasma and Ambient Gas Studies. Plasma Sources Science and Technology (2024)

V I DemidovS F AdamsI P Kurlyandskaya

Chengxun YuanChen ZhouMikhail V. DemidovTomaž GyergyekJernej KovačičMark E. KoepkeIya P. KurlyandskayaVladimir I. DemidovStefan CosteaZhongxiang Zhou

electron temperatureatmospheric sciencecorrelationplasma scienceprobe determinationelectrical engineeringspace-potential challengesplasma diagnosticsmaterials scienceaerospace engineering

M. KoepkeJ. WalkerM. ZimmermanW. FarrellV. Demidov

dusty plasmasspace sciencespace weatherspace-dust trajectoriesmagnetized-orbit dusty-plasma confinementgyrophase driftastrophysicsplanetary sciences

Measurements of Fluctuating Electron Temperature and Space Potential in a Magnetized Plasma With a Single Magnetically Insulated Baffled Probe (Mibp). Plasma Sources Science and Technology (2022)

Shubo LiChengxun YuanIya P KurlyandskayaV I DemidovM E KoepkeJingfeng YaoZhongxiang Zhou

electron temperaturemagnetized plasmaplasma sciencespace potentialapplied physicsplasma diagnosticsinstrumentationmagnetic measurement

Ion-Temperature Determination With a Baffled Langmuir Probe. Review of Scientific Instruments (2021)

S. M. FinneganM. E. KoepkeV. I. Demidov

instrument sciencebaffled langmuir probeanalytical instrumentationapplied physicsion-temperature determinationinstrumentation

Magnetically Insulated Baffled Probe (Mibp) for Low-Temperature and Fusion-Boundary Plasma Studies. Plasma Physics and Controlled Fusion (2021)

C YuanI P KurlyandskayaV I DemidovM GryaznevichM E KoepkeY Raitses

fusion-boundary plasma studiesmagnetism

Basic Factors for Acquiring, Correcting, and Interpreting Probe Current-Voltage Characteristic in Moderate-Collisional Plasma for Determining Electron Energy Distribution. Physics of Plasmas (2020)

V. I. DemidovM. E. KoepkeI. P. KurlyandskayaM. A. Malkov

particle physicsphysicsplasma sciencebasic factorselectron energy distributionmoderate-collisional plasmaapplied physics

Evidence of Effective Local Control of a Plasma’s Nonlocal Electron Distribution Function. Plasma Sources Science and Technology (2020)

Shubo LiChengxun YuanJingfeng YaoI P KurlyandskayaM E KoepkeV I DemidovA A KudryavtsevZhongxiang Zhou

plasma scienceapplied physicseffective local control

Measurement of the Densities of Plasma and Ambient Gas Particles Using a Short Direct Current Discharge. Physics of Plasmas (2020)

C. YuanJ. YaoV. I. DemidovI. P. KurlyandskayaI. I. KonovalovaA. A. KudryavtsevZ. Zhou

particle physicsphysicsplasma sciencegas discharge plasmaambient gas particles

1D Photonic Crystal Filled With Low-Temperature Plasma for Controlling Broadband Microwave Transmission. AIP Advances (2019)

Jingfeng YaoChengxun YuanHui LiJian WuYing WangAnatoly A. KudryavtsevVladimir I. DemidovZhongxiang Zhou

photonicsphotonic crystalstechnologybroadband microwave transmissionlow-temperature plasma

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Similar Faculty Members

Frederick N. Skiff

Institution

University of Iowa

laser-plasma interaction

spectroscopy

Mark Koepke

Institution

West Virginia University

magnetohydrodynamics

electromagnetic field

Vladimir Ivanov

Institution

University of Nevada, Reno

electromagnetism

laser-plasma interaction

Christoph Niemann

Institution

University of California, Los Angeles

electromagnetism

fundamental plasma physic

Pierre-Alexandre Gourdain

Institution

University of Rochester

electromagnetism

electromagnetic field

Edward Thomas

Institution

Auburn University

electromagnetism

basic plasma physic

Matthew Goeckner

Institution

University of Texas at Dallas

applied physics

materials science

Kenneth W Gentle

Institution

University of Texas at Austin

applied physics

physics

Earl Scime

Institution

West Virginia University

electromagnetism

magnetohydrodynamics

Roberto Mancini

Institution

University of Nevada, Reno

quantitative spectroscopy

high-energy-density plasmas