Faculty

Institution

Unit

Venue

Nick G Glumac

Shao Lee Soo Professor; Cannon Faculty Scholar

University of Illinois Urbana-Champaign

Affiliations

The Grainger College of Engineering

Department of Mechanical Science and Engineering

Nick G Glumac is currently serving as a Mechanical Science And Engineering Shao Lee Soo Professor; Cannon Faculty Scholar at University of Illinois Urbana-Champaign.

Honors

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Experiences

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Education

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Nick G Glumac

University of Illinois Urbana-Champaign

Shao Lee Soo Professor; Cannon Faculty Scholar

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Notable Scholarly Works

Notable Federal Grants

Collaborators

Continuum Laser Absorption Spectroscopy of C2(A3ΠU) in a Sublimating Cloud of Carbon Black. Applied Physics B (2025)

Colton WillhardtNeil ThakkerNick SonAdam Hammond-ClementsKyle DanielNick Glumac

atomic spectroscopycarbon blacksublimating cloudabsorption spectroscopyoptical propertiesspectroscopyphysicschemistrylight absorptionlaserscarbonabsorptionlaser absorption spectrometryvibrational spectroscopy

CORRECTION: Continuum Laser Absorption Spectroscopy of C2(A3ΠU) in a Sublimating Cloud of Carbon Black. Applied Physics B (2025)

Colton WillhardtNeil ThakkerNick SonAdam Hammond-ClementsKyle DanielNick Glumac

atomic spectroscopyoptical spectroscopysublimating cloudabsorption spectroscopyoptical propertiesspectroscopyphysicslasersabsorptionlaser absorption spectrometryplanetary sciencesastronomyvibrational spectroscopy

Direct Optical Absorption Detection of Metal Vapor in Mechanically Stimulated Gas Emission. Journal of Vacuum Science & Technology A Vacuum Surfaces and Films (2025)

Brandon E. KamiyamaNick G. Glumac

optical propertiesspectroscopylasersshock wavesvibrational spectroscopyatomic spectroscopyabsorption spectroscopyoptical absorption spectroscopymetal vaporlaser absorption spectrometryapplied physicsgas emissionmaterials scienceoptical spectrometeranalytical atomic spectrometrymetalsoptical materialsoptical spectroscopyatomic emission spectroscopy

Visualization of Hemispherical Post‐Detonation Fireball Internal Structures. Propellants Explosives Pyrotechnics (2025)

Samuel N. BrunkowMatthew G. BielawskiAllen L. KuhlDave P. GroteJohn B. BellNick Glumac

luminous fireballblast loadingdetonation phenomenoninternal luminous structureoptical spectrometerphysicscombustionblast engineeringaerospace engineeringshock wavesfire technologytransparent plate

Emission Spectra of Uranium Particulates at High Temperature. Applied Spectroscopy (2024)

Emily N. WeerakkodyScott E. DubowskyNick G. Glumac

atomic spectroscopyhigh temperaturespectroscopychemistryaerosol scienceatmospheric chemistryradiationanalytical atomic spectrometryelemental characterizationatomic physicsatomic emission spectroscopyplanetary sciencesuranium particulatesapplied physicsuranium speciesatmospheric measurement technique

Measuring Surface Mass Loss Rates of Carbonaceous Particles at Gas Temperatures of 3000-7000 K in a Shock Tube. (2024)

Kyle DanielColton WillhardtNick GlumacDaniel GuildenbecherAdam Hammond-Clements

shock compressionshock waveschemical kineticsengineeringheat mass transferhigh temperature aerosolshock tubemechanical engineeringcarbonaceous particlesgas temperaturesaerosol sciencegas dynamicsheat transfer

Sublimation and Oxidation Measurements of Graphite and Carbon Black at High Temperatures in a Shock Tube Using Absorption Imaging and Thermal Emission. Combustion and Flame (2024)

Colton WillhardtDamon ChenKyle DanielDaniel GuildenbecherNick Glumac

chemical engineeringshock compressioncarbon blackgraphenecharacterization (materials science)pyrolytic carbonmaterials scienceshock tubecarbonabsorption imagingcarbon-based materialsoxidation measurementsshock wavescarbonization

Temporal Evolution of Absorption Spectra for Diisopropyl Methylphosphonate at High Temperatures in a Shock Tube. Spectroscopy Letters (2024)

Kaitlyn McKenzieColton WillhardtAustin ButlerNick Glumac

test timephysical chemistrydiisopropyl methylphosphonateabsorption spectroscopyshock tubespectroscopychemistryinfrared spectroscopythermodynamicsabsorptionshock wavesapplied physicsvibrational spectroscopy

H 2 O and Temperature Measurements in Propagating Hydrogen/Oxygen Flames Using a Broadband Swept-Wavelength Ecqcl. Applied Optics (2023)

Mark C. PhillipsAustin ButlerNick G. GlumacMichael C. DeMagistrisMorgan RueschAndrea C. ZambonNeeraj Sinha

column densitiesturbulent flameabsorption spectroscopyoptical propertiesspectroscopyphysicscombustionlaserspremixed turbulent flamecombustion sciencelaser absorption spectrometryh2o column densityapplied physicscombustion flamebroadband swept-wavelength ecqcl

Near-Mhz Temperature and H 2 O Measurements in Post-Detonation Fireballs of 25 G Hemispherical Explosives Using Scanned-Wavelength-Modulation Spectroscopy. Applied Optics (2023)

Charles J. SchwartzJoshua W. StiborekAustin ButlerDamon ChenDaniel R. GuildenbecherMarc WelliverNick GlumacChristopher S. Goldenstein

h2o mole fractionabsorption spectroscopyinstrumentationspectroscopyphysicsnear-mhz temperaturelaser-based sensorlaserslaser ablationhardened measurement probelaser absorption spectrometryshock wavesfire technologyapplied physicsvibrational spectroscopylaser science

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Nick G Glumac

Shao Lee Soo Professor; Cannon Faculty Scholar

University of Illinois Urbana-Champaign

Affiliations

The Grainger College of Engineering

Department of Mechanical Science and Engineering

Nick G Glumac is currently serving as a Mechanical Science And Engineering Shao Lee Soo Professor; Cannon Faculty Scholar at University of Illinois Urbana-Champaign.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Nick G Glumac

University of Illinois Urbana-Champaign

Shao Lee Soo Professor; Cannon Faculty Scholar

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Continuum Laser Absorption Spectroscopy of C2(A3ΠU) in a Sublimating Cloud of Carbon Black. Applied Physics B (2025)

Colton WillhardtNeil ThakkerNick SonAdam Hammond-ClementsKyle DanielNick Glumac

CORRECTION: Continuum Laser Absorption Spectroscopy of C2(A3ΠU) in a Sublimating Cloud of Carbon Black. Applied Physics B (2025)

Colton WillhardtNeil ThakkerNick SonAdam Hammond-ClementsKyle DanielNick Glumac

Direct Optical Absorption Detection of Metal Vapor in Mechanically Stimulated Gas Emission. Journal of Vacuum Science & Technology A Vacuum Surfaces and Films (2025)

Brandon E. KamiyamaNick G. Glumac

Visualization of Hemispherical Post‐Detonation Fireball Internal Structures. Propellants Explosives Pyrotechnics (2025)

Samuel N. BrunkowMatthew G. BielawskiAllen L. KuhlDave P. GroteJohn B. BellNick Glumac

luminous fireballblast loadingdetonation phenomenoninternal luminous structureoptical spectrometerphysicscombustionblast engineeringaerospace engineeringshock wavesfire technologytransparent plate

Emission Spectra of Uranium Particulates at High Temperature. Applied Spectroscopy (2024)

Emily N. WeerakkodyScott E. DubowskyNick G. Glumac

Measuring Surface Mass Loss Rates of Carbonaceous Particles at Gas Temperatures of 3000-7000 K in a Shock Tube. (2024)

Kyle DanielColton WillhardtNick GlumacDaniel GuildenbecherAdam Hammond-Clements

Sublimation and Oxidation Measurements of Graphite and Carbon Black at High Temperatures in a Shock Tube Using Absorption Imaging and Thermal Emission. Combustion and Flame (2024)

Colton WillhardtDamon ChenKyle DanielDaniel GuildenbecherNick Glumac

Temporal Evolution of Absorption Spectra for Diisopropyl Methylphosphonate at High Temperatures in a Shock Tube. Spectroscopy Letters (2024)

Kaitlyn McKenzieColton WillhardtAustin ButlerNick Glumac

H 2 O and Temperature Measurements in Propagating Hydrogen/Oxygen Flames Using a Broadband Swept-Wavelength Ecqcl. Applied Optics (2023)

Mark C. PhillipsAustin ButlerNick G. GlumacMichael C. DeMagistrisMorgan RueschAndrea C. ZambonNeeraj Sinha

Near-Mhz Temperature and H 2 O Measurements in Post-Detonation Fireballs of 25 G Hemispherical Explosives Using Scanned-Wavelength-Modulation Spectroscopy. Applied Optics (2023)

Charles J. SchwartzJoshua W. StiborekAustin ButlerDamon ChenDaniel R. GuildenbecherMarc WelliverNick GlumacChristopher S. Goldenstein

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