Faculty

Institution

Unit

Venue

Mark Gilmore

Professor ECE Department Chair

University of New Mexico

Affiliations

School of Engineering

Electrical & Computer Engineering

Mark Gilmore is currently serving as an Electrical & Computer Engineering Professor ECE Department Chair at University of New Mexico.

Honors

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Experiences

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Education

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Mark Gilmore

University of New Mexico

Professor ECE Department Chair

You can click a keyword to filter the displayed items

applied physics materials science electrical engineering plasma science particle physics instrumentation physics fluid dynamics instrument science interferometry space science space weather laser science plasma liner experiment surface science analytical instrumentation plasma diagnostics fluid mechanics experimental analysis supersonic plasma jets instrumentation engineering turbulence modeling nuclear physics fusion microwave technology experimental characterization correlation reflectometry plasma turbulence plasma liner nuclear fusion magnetic fields chaos theory dual mode secondary electron emission ion heating electronics physical medicine material research additive manufacturing instrument development accelerator technology magnetic measurement transmission line fiber science surface processing hypersonic plasma jets structure function analysis fusion engineering power electronics plasma chemistry scientometrics high energy density physics precision engineering fibers electrical insulation plasma processing nuclear engineering accelerator physics relaxation process laser-plasma interaction laser-induced breakdown signal detection electronic instrumentation high-frequency measurement feature fusion performance characterization radiation biology infrared optic infrared spectroscopy plasma electronics hurst exponent rescaled range analysis long-time correlations long-range correlations research programme electromagnetism magnetic confinement fusion fusion science

Notable Scholarly Works

Notable Federal Grants

Collaborators

Formation and Study of a Spherical Plasma Liner for Plasma-Jet-Driven Magneto-Inertial Fusion. arXiv (Cornell University) (2024)

LaJoie, A. L.Chu, F.Brown, A.Langendorf, S.Dunn, J. P.Wurden, G. A.Witherspoon, F. D.Case, A.Luna, M.Cassibry, J.Vyas, A.Gilmore, M.

spherical plasma linerfluid dynamicsapplied physicsplasma science

MYKONOS: A Pulsed Power Driver for Science and Innovation. High Energy Density Physics (2024)

Schwarz, JensHutsel, Brian ThomasAwe, Thomas JamesBauer, BrunoBanasek, Jacob ThomasBreden, Eric WayneChen, JoeCuneo, Michael E.Chandler, KatherineDeZetter, Karen JuneGilmore, MarkGomez, Matthew R.Hasson, Hannah RoseHatch, Maren WhitingHines, Nathan R.Hutchinson, TrevorJaramillo, Deanna M.Loney, Christine KalogerasKern, Ian JohnLamppa, Derek C.Lucero, Diego JoseLucero, Larry MartinLeChien, KeithMazarakis, Mike G.Mulville, Thomas D.Obregon, Robert J.Porter, John L.Reyes, Pablo AlejandroSarracino, AlexScoglietti, DanielShipley, GabrielSmith, Trevor JohannesStoltzfus, BrianStygar, WilliamSteiner, Adam MichaelYager-Elorriaga, David AlexanderYates, Kevin Colligan

pulsed power driverelectrical engineeringhigh energy density physics

2D and 3D Initial Condition Surface Perturbation Effects on Plasma Formation on High-Current-Density Conductors. 2020 IEEE International Conference on Plasma Science (ICOPS) (2023)

M. W. HatchT. J. AweE. P. YuB. T. HutselM. A. Gilmore

surface scienceapplied physicsmaterials sciencehigh-current-density conductorselectrical engineeringplasma formation

Composite Insulator Materials for Impulse Vacuum Flashover Holdoff. 2020 IEEE International Conference on Plasma Science (ICOPS) (2023)

A. M. SteinerM. L. BurnetteE. M. RedlineR. S. GoekeA. S. PerettiW. C. BrooksG. C. Frye-MasonK. M. FarisT. M. SammethI. KernM. A. GilmoreJ. M. LehrS. BalogunM. D. Losego

materials engineeringcomposite insulator materialsmaterials scienceelectrical engineering

Development of a Colinear Second-Harmonic Orthogonally Polarized (Shop) Interferometer for Line-Averaged Electron Density Measurements in Magnetically Insulated Transmission Lines. (2023)

Nathan HinesThomas AweJens SchwarzSonal PatelGeorge LaityDerek LamppaMark GilmorePablo ReyesDaniel ScogliettiDavid RoseDarrell ArmstrongDavid BlissMichael Cuneo

precision engineeringmagnetic measurementtransmissioninterferometryapplied physicsinstrumentationtransmission lineelectrical engineeringelectromagnetic fields

Development of a Colinear Second-Harmonic Orthogonal Polarization (Shop) Interferometer for Electron Areal Density Measurements in Magnetically Insulated Transmission Lines (Mitls). (2023)

Nathan HinesThomas AweJens SchwarzSonal PatelDerek LamppaDavid RosePablo ReyesDaniel ScogliettiMark GilmoreGeorge LaityDarrell ArmstrongDavid BlissMichael Cuneo

transmission linetransmissionelectrical engineeringinterferometry

Electrode Plasma Formation Measurements on Sandia's Mykonos Driver via a Dispersion Interferometer. 2020 IEEE International Conference on Plasma Science (ICOPS) (2023)

N. R. HinesP. ReyesD. LamppaT. AweJ. SchwarzM. Gilmore

surface sciencetechnologymaterials scienceinstrumentationapplied physicsdispersion interferometer

Extended Magnetohydrodynamic Simulations of Coaxial-Gun-Formed Plasmas. 2020 IEEE International Conference on Plasma Science (ICOPS) (2023)

L. WebsterS. HajisadeghiM. Gilmore

applied physicsmagnetohydrodynamic simulationsmagnetohydrodynamicscoaxial-gun-formed plasmas

Infrared and Millimeter Wave Radiometry Phase Contrast on Gas Puff Z-Pinch Plasmas*. 2020 IEEE International Conference on Plasma Science (ICOPS) (2023)

S. BillingsleyT. SchmidtM. GilmoreS. Portillo

infrared spectroscopyinfrared opticphase contrastplanetary sciencesastroparticle physicsplasma science

Investigating Secondary Electron Yield of Conducting and Insulating Materials. 2020 IEEE International Conference on Plasma Science (ICOPS) (2023)

I. KernB. A. MalikT. A. MalikM. GilmoreJ. Lehr

surface scienceelectrical insulationsecondary electron yieldcondensed matter physicsmaterials scienceapplied physicselectrical engineering

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Mark Gilmore

Professor ECE Department Chair

University of New Mexico

Affiliations

School of Engineering

Electrical & Computer Engineering

Mark Gilmore is currently serving as an Electrical & Computer Engineering Professor ECE Department Chair 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

Mark Gilmore

University of New Mexico

Professor ECE Department Chair

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Formation and Study of a Spherical Plasma Liner for Plasma-Jet-Driven Magneto-Inertial Fusion. arXiv (Cornell University) (2024)

LaJoie, A. L.Chu, F.Brown, A.Langendorf, S.Dunn, J. P.Wurden, G. A.Witherspoon, F. D.Case, A.Luna, M.Cassibry, J.Vyas, A.Gilmore, M.

spherical plasma linerfluid dynamicsapplied physicsplasma science

MYKONOS: A Pulsed Power Driver for Science and Innovation. High Energy Density Physics (2024)

pulsed power driverelectrical engineeringhigh energy density physics

2D and 3D Initial Condition Surface Perturbation Effects on Plasma Formation on High-Current-Density Conductors. 2020 IEEE International Conference on Plasma Science (ICOPS) (2023)

M. W. HatchT. J. AweE. P. YuB. T. HutselM. A. Gilmore

surface scienceapplied physicsmaterials sciencehigh-current-density conductorselectrical engineeringplasma formation

Composite Insulator Materials for Impulse Vacuum Flashover Holdoff. 2020 IEEE International Conference on Plasma Science (ICOPS) (2023)

A. M. SteinerM. L. BurnetteE. M. RedlineR. S. GoekeA. S. PerettiW. C. BrooksG. C. Frye-MasonK. M. FarisT. M. SammethI. KernM. A. GilmoreJ. M. LehrS. BalogunM. D. Losego

materials engineeringcomposite insulator materialsmaterials scienceelectrical engineering

Development of a Colinear Second-Harmonic Orthogonally Polarized (Shop) Interferometer for Line-Averaged Electron Density Measurements in Magnetically Insulated Transmission Lines. (2023)

Nathan HinesThomas AweJens SchwarzSonal PatelGeorge LaityDerek LamppaMark GilmorePablo ReyesDaniel ScogliettiDavid RoseDarrell ArmstrongDavid BlissMichael Cuneo

precision engineeringmagnetic measurementtransmissioninterferometryapplied physicsinstrumentationtransmission lineelectrical engineeringelectromagnetic fields

Development of a Colinear Second-Harmonic Orthogonal Polarization (Shop) Interferometer for Electron Areal Density Measurements in Magnetically Insulated Transmission Lines (Mitls). (2023)

Nathan HinesThomas AweJens SchwarzSonal PatelDerek LamppaDavid RosePablo ReyesDaniel ScogliettiMark GilmoreGeorge LaityDarrell ArmstrongDavid BlissMichael Cuneo

transmission linetransmissionelectrical engineeringinterferometry

Electrode Plasma Formation Measurements on Sandia's Mykonos Driver via a Dispersion Interferometer. 2020 IEEE International Conference on Plasma Science (ICOPS) (2023)

N. R. HinesP. ReyesD. LamppaT. AweJ. SchwarzM. Gilmore

surface sciencetechnologymaterials scienceinstrumentationapplied physicsdispersion interferometer

Extended Magnetohydrodynamic Simulations of Coaxial-Gun-Formed Plasmas. 2020 IEEE International Conference on Plasma Science (ICOPS) (2023)

L. WebsterS. HajisadeghiM. Gilmore

applied physicsmagnetohydrodynamic simulationsmagnetohydrodynamicscoaxial-gun-formed plasmas

Infrared and Millimeter Wave Radiometry Phase Contrast on Gas Puff Z-Pinch Plasmas*. 2020 IEEE International Conference on Plasma Science (ICOPS) (2023)

S. BillingsleyT. SchmidtM. GilmoreS. Portillo

infrared spectroscopyinfrared opticphase contrastplanetary sciencesastroparticle physicsplasma science

Investigating Secondary Electron Yield of Conducting and Insulating Materials. 2020 IEEE International Conference on Plasma Science (ICOPS) (2023)

I. KernB. A. MalikT. A. MalikM. GilmoreJ. Lehr

surface scienceelectrical insulationsecondary electron yieldcondensed matter physicsmaterials scienceapplied physicselectrical engineering

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10 / page

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applied physics

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electromagnetism

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electromagnetic wave

radiation

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laser-plasma interaction

relativistic laser-matter interaction

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applied physics

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