Faculty

Institution

Unit

Venue

Thomas W. Hussey

Research Professor

University of New Mexico

Affiliations

School of Engineering

Electrical & Computer Engineering

Thomas W. Hussey is currently serving as an Electrical & Computer Engineering Research Professor at University of New Mexico.

Honors

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Experiences

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Education

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Thomas W. Hussey

University of New Mexico

Research Professor

You can click a keyword to filter the displayed items

applied physics materials science physics particle physics engineering plasma science compression (physics) condensed matter physics fluid dynamics electromagnetism laser science hydromagnetic rayleigh-taylor instability solid liner instrumentation data compression spectroscopy magnetism modeling and simulation scientometrics biomedical imaging image compression accelerator technology magnetic fields fragmentation effect plasma liners pbfa ii icf target diagnostics informetrics nuclear fusion particle beam space weather electrical insulation power electronics marine engineering fusion engineering numerical simulations electronics plasma instabilities medical biophysics model compression bibliometrics instrument science analytical instrumentation geometry compression x-ray diffraction laser-plasma interaction laser processing technology accelerator physics optical engineering 3d imaging relaxation process crustal deformation compact toroid formation spherical liner electromagnetic implosion efficient x-ray production seminal research contributions global positioning system nonlinear rayleigh-taylor instability heuristic model kinetic theory spectral line broadening impact detection

Notable Scholarly Works

Notable Federal Grants

Collaborators

The Science of Electronics in Extreme Electromagnetic Environments I - Enclosure Coupling. (2021)

Edl SchamilogluSameer HemmadyZhen PengThomas HusseyThomas AntonsenSteven AnlageEd Ott

electronicsextreme electromagnetic environmentselectromagnetismenclosure couplingelectrical engineering

Compressing Multiple Scales of Impact Detection by Reference Publication Year Spectroscopy. Journal of Informetrics (2015)

Jordan A. CominsThomas W. Hussey

computer sciencestatisticsimpact detectionspectroscopybibliometricsdata scienceinformaticsscientometricsinformetricsanalyticsinformation science

Detecting Seminal Research Contributions to the Development and Use of the Global Positioning System by Reference Publication Year Spectroscopy. Scientometrics (2015)

Jordan A. CominsThomas W. Hussey

machine learningspectroscopydata sciencescientometricsseminal research contributionsglobal positioning system

Mass Estimates for Marauder Compact Toroids. (2005)

M.E. DearbornD.E. BellJ.H. DegnanT.W. HusseyF.M. LehrR.E. PeterkinE.L. RudenM.C. ScottJ.D. GrahamS.K. Coffey

mass estimatesmarauder compact toroidsaerospace engineering

Spherical Solid Liner Implosion Driven by 4.7 Megajoule Capacitor Discharge. (2005)

J.H. DegnanF.M. LehrD.E. BellA.L. ChesleyS.K. CoffeyS.E. EnglertT.J. EnglertD.G. GaleJ.D. GrahamC.D. HolmbergT.W. HusseyR.A. LewisC. OuttenR.E. PeterkinD.W. PriceN.F. RoderickE.L. RudenU. ShurnlakG.A. SmithP.J. Turchi

megajoule capacitor dischargespace scienceengineering

Two-Dimensional Simulations of Radiation Production From Stagnating Compact Toroids. (2005)

M.R. DouglasN.F. RoderickR.E. PeterkinT.W. Hussey

radiation productiontwo-dimensional simulationsphysicsparticle physics

Magnetic Pressure Driven Implosion of Solid Liner Suitable for Compression of Field Reversed Configurations. (2003)

J.H. DegnanR. BartlettT. CavazosD. ClarkS.K. CoffeyR.J. FaehlM. FreseD. FultonD. GaleT.W. HusseyT.P. IntratorR. KirkpatrickG.F. KiuttuF.M. LehrI. LindemuthW. McCulloughR. MosesR.E. PeterkinR.E. ReinovskyN.F. RoderickE.L. RudenJ. SchlacterK. SchoenbergD. ScudderR.E. SiemonW. SommarsP.J. TurchiG. WurdenF. Wysocki

compression (physics)materials sciencefragmentation effectsolid linermechanical engineeringmagnetic pressureapplied physicsmechanics of materials

Effect of Radiation Losses on the Compression of Hydrogen by Imploding Solid Liners. (2002)

T.W. HusseyG.F. KiuttuJ.H. DegnanR.E. PeterkinN.F. RoderickG.A. SmithP.J. Turchi

compression (physics)materials scienceengineeringdata compressionhydrogenradiation lossessolid linersapplied physics

Experimental Measurements of a Converging Flux Conserver Suitable for Compressing a Field Reversed Configuration for Magnetized Target Fusion. Nuclear Fusion (2002)

T IntratorM TaccettiD.A ClarkJ.H DegnanD GaleS CoffeyJ GarciaP RodriguezW SommarsB MarshallF WysockiR SiemonR FaehlK FormanR BartlettT CavazosR.J FaehlK FormanM.H FreseD FultonJ.C GueitsT.W HusseyR KirkpatrickG.F KiuttuF.M LehrJ.D LetterioI LindemuthW McCulloughR MosesR.E PeterkinR.E ReinovskyN.F RoderickE.L RudenK.F SchoenbergD ScudderJ ShlachterG.A Wurden

experimental measurementsnuclear fusionmagnetized target fusionspace explorationapplied physics

Progress in Development of Theta Pinches for Formation of Field Reversed Configurations Suitable for Subsequent Compression to Magnetized Target Fusion Conditions. (2002)

J.H. DegnanD.C. BarnesT. CavazosS.K. CoffeyR.J. FaehlM. FreseD. GaleT.W. HusseyT.P. IntratorR. KirkpatrickG.F. KiuttuF.M. LehrJ.D. LetterioI. LindemuthR. MosesR.E. PeterkinN.F. RoderickE.L. RudenK. SchoenbergR.E. SiemonW. SommarsP.J. TurchiG.A. WurdenR. WhiteF. Wysocki

theta pinchescomputational electromagneticstarget fusion conditionsneuroscience

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Thomas W. Hussey

Research Professor

University of New Mexico

Affiliations

School of Engineering

Electrical & Computer Engineering

Thomas W. Hussey is currently serving as an Electrical & Computer Engineering Research Professor at University of New Mexico.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Thomas W. Hussey

University of New Mexico

Research Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

The Science of Electronics in Extreme Electromagnetic Environments I - Enclosure Coupling. (2021)

Edl SchamilogluSameer HemmadyZhen PengThomas HusseyThomas AntonsenSteven AnlageEd Ott

electronicsextreme electromagnetic environmentselectromagnetismenclosure couplingelectrical engineering

Compressing Multiple Scales of Impact Detection by Reference Publication Year Spectroscopy. Journal of Informetrics (2015)

Jordan A. CominsThomas W. Hussey

computer sciencestatisticsimpact detectionspectroscopybibliometricsdata scienceinformaticsscientometricsinformetricsanalyticsinformation science

Detecting Seminal Research Contributions to the Development and Use of the Global Positioning System by Reference Publication Year Spectroscopy. Scientometrics (2015)

Jordan A. CominsThomas W. Hussey

machine learningspectroscopydata sciencescientometricsseminal research contributionsglobal positioning system

Mass Estimates for Marauder Compact Toroids. (2005)

M.E. DearbornD.E. BellJ.H. DegnanT.W. HusseyF.M. LehrR.E. PeterkinE.L. RudenM.C. ScottJ.D. GrahamS.K. Coffey

mass estimatesmarauder compact toroidsaerospace engineering

Spherical Solid Liner Implosion Driven by 4.7 Megajoule Capacitor Discharge. (2005)

megajoule capacitor dischargespace scienceengineering

Two-Dimensional Simulations of Radiation Production From Stagnating Compact Toroids. (2005)

M.R. DouglasN.F. RoderickR.E. PeterkinT.W. Hussey

radiation productiontwo-dimensional simulationsphysicsparticle physics

Magnetic Pressure Driven Implosion of Solid Liner Suitable for Compression of Field Reversed Configurations. (2003)

compression (physics)materials sciencefragmentation effectsolid linermechanical engineeringmagnetic pressureapplied physicsmechanics of materials

Effect of Radiation Losses on the Compression of Hydrogen by Imploding Solid Liners. (2002)

T.W. HusseyG.F. KiuttuJ.H. DegnanR.E. PeterkinN.F. RoderickG.A. SmithP.J. Turchi

compression (physics)materials scienceengineeringdata compressionhydrogenradiation lossessolid linersapplied physics

Experimental Measurements of a Converging Flux Conserver Suitable for Compressing a Field Reversed Configuration for Magnetized Target Fusion. Nuclear Fusion (2002)

experimental measurementsnuclear fusionmagnetized target fusionspace explorationapplied physics

Progress in Development of Theta Pinches for Formation of Field Reversed Configurations Suitable for Subsequent Compression to Magnetized Target Fusion Conditions. (2002)

theta pinchescomputational electromagneticstarget fusion conditionsneuroscience

1
2
3
4
5
6
7
10 / page

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Similar Faculty Members

Mark Gilmore

Institution

University of New Mexico

fusion

plasma diagnostics

Edl Schamiloglu

Institution

University of New Mexico

electromagnetic wave

radiation

Linda Vahala

Institution

Old Dominion University

electromagnetism

magnetohydrodynamics

Nicholas Jordan

Institution

University of Michigan

applied physics

electrical engineering

Uri Shumlak

Institution

University of Washington

electromagnetism

space propulsion

Laxminarayan Raja

Institution

University of Texas at Austin

mechanical behavior

mechanical engineering

Edgar Choueiri

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Princeton University

applied physics

aerospace engineering

Carolyn Kuranz

Institution

University of Michigan

applied physics

physics

Mikhail Slipchenko

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Purdue University

applied physics

photonics

Cary Forest

Institution

University of Wisconsin–Madison

electromagnetism

mhd turbulence