Faculty

Institution

Unit

Venue

Mitchell Walker

Professor

Georgia Institute of Technology

Affiliations

College of Engineering

Daniel Guggenheim School of Aerospace Engineering

Mitchell Walker is currently serving as a College Of Engineering Professor at Georgia Institute of Technology.

Honors

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Experiences

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Education

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Mitchell Walker

Georgia Institute of Technology

Professor

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aerospace engineering propulsion engineering aerospace propulsion mechanical engineering electrical engineering numerical simulations instrumentation thermal engineering aerospace plasma science engine research fluid dynamics aerodynamics performance evaluation power electronics automatic control mechanics gas discharge plasma accelerator technology nanoengineering microwave technology aircraft accelerator physics vehicular technology plasma diagnostics aerospace technology space technology electrical drive hall thruster plumes electrical facility effects marine engineering active control control optimization flow measurement plasma processing space engineering recommended practice electric propulsion thrust measurements hall effect thruster secondary electron emission helicon waves energy research friction aeronautics fluid machinery instrument development experimental technology experimental analysis performance characterization ion beams plasma applications helicon plasma source fluid flow electronics reliability engineering instrument science performance measurement experimental testing fluid power thermal conductivity performance comparison ion emission analytical instrumentation instrumentation engineering smart nanomaterials plume properties conducting vacuum chamber wall electrodes flow control medium-power helicon thruster testing technique experimental mechanics mechanical performance faraday probes hall thrusters fusion science physics thomson scattering hypersonic speed electromagnetism fusion engineering

Notable Scholarly Works

Notable Federal Grants

Collaborators

An Incoherent Thomson Scattering System for Measurements Near Plasma Boundaries. Review of Scientific Instruments (2024)

Jean Luis Suazo BetancourtJulian Lopez-UricoecheaNaia Butler-CraigAdam M. SteinbergMitchell L. R. Walker

plasma boundariesapplied physicsinstrumentation

Argon Admixture-Driven Enhanced Ionization and Performance of a 5 Kw Hall Thruster on Krypton. Journal of Physics D Applied Physics (2024)

Dongho LeeWilliam P BrabstonDan LevMitchell L R Walker

numerical simulationsphysicskw hall thrusterimpact loadingion implantationion beamsradiationapplied physicsaerospace engineeringenhanced ionization

Bayesian-Inverted Laser Thomson Scattering Measurements Indicate Electrostatic Erosion Pathways in Magnetically-Shielded Hall Effect Thrusters. Journal of Applied Physics (2024)

Jean Luis Suazo BetancourtJulian Lopez-UricoecheaNaia Butler-CraigAdam M. SteinbergMitchell L. R. Walker

magnetismelectrostatic erosion pathwaysbayesian-inverted laser thomsonapplied physicsaerospace engineering

Bayesian Plasma Model Selection for Thomson Scattering. Review of Scientific Instruments (2024)

Jean Luis Suazo BetancourtSamuel J. GrauerJunhwi BakAdam M. SteinbergMitchell L. R. Walker

materials sciencemodel selectionapplied physicsthomson scattering

Current Pathways Model for Hall Thruster Plumes in Ground-Based Vacuum Test Facilities. AIAA SCITECH 2022 Forum (2024)

David JovelMitchell L. Walker

vacuum devicenumerical simulationsengineeringcurrent pathways modelsystems engineeringaerospacehall thruster plumesaerospace engineeringpropulsion

Current Pathways Model for Hall Thruster Plumes in Ground-Based Vacuum Test Facilities: Measurements and Observations. Journal of Electric Propulsion (2024)

David R. JovelJanice D. CabreraMitchell L. R. Walker

vacuum devicenumerical simulationsaerospace propulsionengineeringinstrumentationcurrent pathways modelmechanical engineeringthermal engineeringaerospacehall thruster plumesaerospace engineeringpropulsion

Equitable Attainment of Engineering Degrees: A Tri-University Study and Improvement Effort. (2024)

Kian AlavyMatthieu BlochGregory HeilemanBenjamin RichmondAhmad SlimMitchell WalkerDavid Ruiter

engineeringimprovement effortequitable attainmentengineering educationengineering degreestri-university study

Hall Effect Thruster Impedance Characterization in Ground-Based Vacuum Test Facilities. Journal of Electric Propulsion (2024)

David R. JovelJanice D. CabreraMitchell L. R. Walker

vacuum devicenumerical simulationsperformance evaluationaerospace propulsionmechanical testingengineeringinstrumentationmechanical engineeringelectrohydrodynamicsaerospaceengine researchaerospace engineeringpropulsionautomatic control

Laser Thomson Scattering Measurements Indicate Non-Isothermal Magnetic Field Lines in Magnetically Shielded Hall Effect Thrusters. Physics of Plasmas (2024)

Jean Luis Suazo BetancourtNaia Butler-CraigJulian Lopez-UricoecheaAdam M. SteinbergMitchell L. R. Walker

magnetohydrodynamicsphysicslaser thomsonmagnetic confinementmagnetismmagnetic measurementplasma physicshall effect thrustersmagnetic fieldsapplied physicsmagnetoresistanceaerospace engineering

Nitrogen Admixture-Driven Electron Cooling and Plasma Bullet Dynamics in Atmospheric-Pressure DC Nanosecond-Pulsed Argon Jet Plasmas. Journal of Applied Physics (2024)

Dongho LeeJean Luis Suazo BetancourtDan LevMitchell L. R. Walker

materials scienceatomic physicsplasma bullet dynamicsapplied physicsapplied mathematics

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Mitchell Walker

Professor

Georgia Institute of Technology

Affiliations

College of Engineering

Daniel Guggenheim School of Aerospace Engineering

Mitchell Walker is currently serving as a College Of Engineering Professor at Georgia Institute of Technology.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Mitchell Walker

Georgia Institute of Technology

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

An Incoherent Thomson Scattering System for Measurements Near Plasma Boundaries. Review of Scientific Instruments (2024)

Jean Luis Suazo BetancourtJulian Lopez-UricoecheaNaia Butler-CraigAdam M. SteinbergMitchell L. R. Walker

plasma boundariesapplied physicsinstrumentation

Argon Admixture-Driven Enhanced Ionization and Performance of a 5 Kw Hall Thruster on Krypton. Journal of Physics D Applied Physics (2024)

Dongho LeeWilliam P BrabstonDan LevMitchell L R Walker

numerical simulationsphysicskw hall thrusterimpact loadingion implantationion beamsradiationapplied physicsaerospace engineeringenhanced ionization

Bayesian-Inverted Laser Thomson Scattering Measurements Indicate Electrostatic Erosion Pathways in Magnetically-Shielded Hall Effect Thrusters. Journal of Applied Physics (2024)

Jean Luis Suazo BetancourtJulian Lopez-UricoecheaNaia Butler-CraigAdam M. SteinbergMitchell L. R. Walker

magnetismelectrostatic erosion pathwaysbayesian-inverted laser thomsonapplied physicsaerospace engineering

Bayesian Plasma Model Selection for Thomson Scattering. Review of Scientific Instruments (2024)

Jean Luis Suazo BetancourtSamuel J. GrauerJunhwi BakAdam M. SteinbergMitchell L. R. Walker

materials sciencemodel selectionapplied physicsthomson scattering

Current Pathways Model for Hall Thruster Plumes in Ground-Based Vacuum Test Facilities. AIAA SCITECH 2022 Forum (2024)

David JovelMitchell L. Walker

vacuum devicenumerical simulationsengineeringcurrent pathways modelsystems engineeringaerospacehall thruster plumesaerospace engineeringpropulsion

Current Pathways Model for Hall Thruster Plumes in Ground-Based Vacuum Test Facilities: Measurements and Observations. Journal of Electric Propulsion (2024)

David R. JovelJanice D. CabreraMitchell L. R. Walker

Equitable Attainment of Engineering Degrees: A Tri-University Study and Improvement Effort. (2024)

Kian AlavyMatthieu BlochGregory HeilemanBenjamin RichmondAhmad SlimMitchell WalkerDavid Ruiter

engineeringimprovement effortequitable attainmentengineering educationengineering degreestri-university study

Hall Effect Thruster Impedance Characterization in Ground-Based Vacuum Test Facilities. Journal of Electric Propulsion (2024)

David R. JovelJanice D. CabreraMitchell L. R. Walker

Laser Thomson Scattering Measurements Indicate Non-Isothermal Magnetic Field Lines in Magnetically Shielded Hall Effect Thrusters. Physics of Plasmas (2024)

Jean Luis Suazo BetancourtNaia Butler-CraigJulian Lopez-UricoecheaAdam M. SteinbergMitchell L. R. Walker

magnetohydrodynamicsphysicslaser thomsonmagnetic confinementmagnetismmagnetic measurementplasma physicshall effect thrustersmagnetic fieldsapplied physicsmagnetoresistanceaerospace engineering

Nitrogen Admixture-Driven Electron Cooling and Plasma Bullet Dynamics in Atmospheric-Pressure DC Nanosecond-Pulsed Argon Jet Plasmas. Journal of Applied Physics (2024)

Dongho LeeJean Luis Suazo BetancourtDan LevMitchell L. R. Walker

materials scienceatomic physicsplasma bullet dynamicsapplied physicsapplied mathematics

1
2
3
4
5
15
10 / page

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Similar Faculty Members

Sergey Leonov

Institution

University of Notre Dame

plasma combustion

supersonic combustion

Raymond Sedwick

Institution

University of Maryland, College Park

space propulsion

spacecraft propulsion

Rodney L Burton

Institution

University of Illinois Urbana-Champaign

space exploration

aerospace propulsion

Richard Wirz

Institution

University of California, Los Angeles

plasma combustion

electricity generation

Benjamin Jorns

Institution

University of Michigan

engineering

electric propulsion systems

Laxminarayan Raja

Institution

University of Texas at Austin

mechanical behavior

mechanical engineering

Daniel J Bodony

Institution

University of Illinois Urbana-Champaign

engineering

aeroacoustics

Daniel E. Hastings

Institution

Massachusetts Institute of Technology

engineering

space environment

Joshua Lucas Rovey

Institution

University of Illinois Urbana-Champaign

acta astronautica

propulsion

Mark A. Cappelli

Institution

Stanford University

applied physics

aerospace engineering