Faculty

Institution

Unit

Venue

Thomas D. Donnelly

R Michael Shanahan Dean of Faculty and Professor of Physics

Harvey Mudd College

Affiliations

Center For Computational Science And Engineering

Harvey Mudd College

Department Of Biology

Department Of Computer Science

Department Of Physics

Hixon Center For Climate And The Environment

Humanities, Social Sciences, and the Arts

Thomas D. Donnelly is currently serving as a Center For Computational Science And Engineering R Michael Shanahan Dean of Faculty and Professor of Physics at Harvey Mudd College.

Honors

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Experiences

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Education

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Thomas D. Donnelly

Harvey Mudd College

R Michael Shanahan Dean of Faculty and Professor of Physics

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applied physics materials science laser science photonics physics atomic physics particle physics optoelectronics biophysics plasma science atomic clusters lasers spectroscopy aerosol science atmospheric science instrumentation light science optical metrology instrument science novel interface ultrasonic atomization nonlinear phenomenon high-order harmonic generation intense irradiation wavelength-scale spheres quantum science particle beam experimental physics nuclear science vibrational spectroscopy controlled release interface science nanoparticle research nonlinear science lightwave technology nonlinear analysis spectral theory nonlinear dynamics thermal engineering particle technology nanostructure synthesis instrument development optical engineering acoustic modeling acoustical engineering glow discharges laser-plasma interaction plasma photonics cluster science surface reactivity radiation chemistry radiation generation laser ablation radiation detection intense laser pulses atom clusters high-temperature plasmas strong x-ray emission femtosecond lasers micron-scale droplet aerosols experimental study strong-laser-field coupling solid targets micron-scale particles technology nanomanufacturing quantum chemistry atomic spectroscopy numerical simulations molecular physics computational physics fusion engineering microfabrication additive manufacturing material research optical properties nuclear physics rapid prototyping laser absorption spectrometry aerospace engineering nanotechnology 3d printing plasma chemistry scientific computing nanophotonics engineering science mechanical engineering fusion advanced manufacturing technologies optical spectrometer shock waves fusion science precision engineering optical materials nuclear fusion ultrafast laser spectroscopy energetic materials microscopy photonic crystals computational materials science engineering

Notable Scholarly Works

Notable Federal Grants

Collaborators

Measuring the Spatial Resolution of an Optical System in an Undergraduate Optics Laboratory. American Journal of Physics (2017)

Calvin LeungT. D. Donnelly

physicsmeasurementoptical systemundergraduate optics laboratoryspatial resolution

An In-Vacuo Optical Levitation Trap for High-Intensity Laser Interaction Experiments With Isolated Microtargets. Review of Scientific Instruments (2015)

Evidence of the Harmonic Faraday Instability in Ultrasonic Atomization Experiments With a Deep, Inviscid Fluid. The Journal of the Acoustical Society of America (2011)

A. P. HigginbothamA. GuillenN. JonesT. D. DonnellyA. J. Bernoff

acoustic modelinginviscid fluidacoustical engineeringultrasoundultrasonic atomization experimentsharmonic faraday instability

Generation of Nanoparticles of Controlled Size Using Ultrasonic Piezoelectric Oscillators in Solution. ACS Applied Materials & Interfaces (2010)

Ian K. WrightAndrew HigginbothamShenda M. BakerT. D. Donnelly

materials sciencecontrolled releaseinterface sciencenanoparticle researchnanoparticlesultrasoundnovel interfaceultrasonic piezoelectric oscillatorsnanomaterialsapplied physicscontrolled sizenanotechnologynanostructure synthesisnanoengineering

Generation of Mie Size Microdroplet Aerosols With Applications in Laser-Driven Fusion Experiments. Review of Scientific Instruments (2009)

A. P. HigginbothamO. SemoninS. BruceC. ChanM. MaindiT. D. DonnellyM. MaurerW. BangI. ChurinaJ. OsterholzI. KimA. C. BernsteinT. Ditmire

materials scienceinstrument developmentlaser-driven fusion experimentsinstrument scienceaerosol scienceaerospace engineeringatmospheric scienceinstrumentation

Using the Harmonic Faraday Instability to Create Fluid Targets Having Application in Laser-Driven Fusion. Bulletin of the American Physical Society (2009)

Tom DonnellyNate JonesAaron GuillenAndrew BernoffAndrew Higginbotham

fluid targetslaser-driven fusionfusionapplied physicsharmonic faraday instability

Hot Electron and X-Ray Production From Intense Laser Irradiation of Wavelength-Scale Polystyrene Spheres. Bulletin of the American Physical Society (2008)

T. DitmireH.A. SumerukS. KneipD.R. SymesI.V. ChurinaA.V. BelolipetskiG. DyerA. BernsteinT.D. Donnelly

polymer sciencematerials sciencebiophysicssurface reactivitysurface scienceradiation chemistryhot electronthermal engineeringwavelength-scale polystyrene spheresradiation generationintense laser irradiationlaser ablationmembrane sciencenovel interfaceapplied physicsoptoelectronicsx-ray production

K-Shell Spectroscopy of Plasmas Created by Intense Laser Irradiation of Micron-Scale Pyramid and Sphere Targets. High Energy Density Physics (2008)

S. KneipB.I. ChoD.R. SymesH.A. SumerukG. DyerI.V. ChurinaA.V. BelolipetskiA. HenigO. WehrhanE. FörsterT.D. DonnellyT. Ditmire

materials scienceplasma scienceintense laser irradiationmicron-scale pyramidspectroscopyk-shell spectroscopysphere targetsapplied physics

Control of Strong-Laser-Field Coupling to Electrons in Solid Targets With Wavelength-Scale Spheres. Physical Review Letters (2007)

H. A. SumerukS. KneipD. R. SymesI. V. ChurinaA. V. BelolipetskiT. D. DonnellyT. Ditmire

materials sciencestrong-laser-field couplinglaser sciencesolid targetswavelength-scale spheresapplied physicsoptoelectronicsphotonics

Reynolds Number Calculation Method for Aerobic Biological Porous Packed Reactors. (2006)

waste managementenvironmental engineeringbioresource technologybioenergytransport phenomenamultiphase flowsfluid dynamicswater process engineeringporous materialscomputational fluid dynamicscleaner productionchemical engineeringwater treatmentfluid mechanicswastewater treatmentfluid flowbiological engineering

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Thomas D. Donnelly

R Michael Shanahan Dean of Faculty and Professor of Physics

Harvey Mudd College

Affiliations

Center For Computational Science And Engineering

Harvey Mudd College

Department Of Biology

Department Of Computer Science

Department Of Physics

Hixon Center For Climate And The Environment

Humanities, Social Sciences, and the Arts

Thomas D. Donnelly is currently serving as a Center For Computational Science And Engineering R Michael Shanahan Dean of Faculty and Professor of Physics at Harvey Mudd College.

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 D. Donnelly

Harvey Mudd College

R Michael Shanahan Dean of Faculty and Professor of Physics

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Measuring the Spatial Resolution of an Optical System in an Undergraduate Optics Laboratory. American Journal of Physics (2017)

Calvin LeungT. D. Donnelly

physicsmeasurementoptical systemundergraduate optics laboratoryspatial resolution

An In-Vacuo Optical Levitation Trap for High-Intensity Laser Interaction Experiments With Isolated Microtargets. Review of Scientific Instruments (2015)

Evidence of the Harmonic Faraday Instability in Ultrasonic Atomization Experiments With a Deep, Inviscid Fluid. The Journal of the Acoustical Society of America (2011)

A. P. HigginbothamA. GuillenN. JonesT. D. DonnellyA. J. Bernoff

acoustic modelinginviscid fluidacoustical engineeringultrasoundultrasonic atomization experimentsharmonic faraday instability

Generation of Nanoparticles of Controlled Size Using Ultrasonic Piezoelectric Oscillators in Solution. ACS Applied Materials & Interfaces (2010)

Ian K. WrightAndrew HigginbothamShenda M. BakerT. D. Donnelly

Generation of Mie Size Microdroplet Aerosols With Applications in Laser-Driven Fusion Experiments. Review of Scientific Instruments (2009)

A. P. HigginbothamO. SemoninS. BruceC. ChanM. MaindiT. D. DonnellyM. MaurerW. BangI. ChurinaJ. OsterholzI. KimA. C. BernsteinT. Ditmire

materials scienceinstrument developmentlaser-driven fusion experimentsinstrument scienceaerosol scienceaerospace engineeringatmospheric scienceinstrumentation

Using the Harmonic Faraday Instability to Create Fluid Targets Having Application in Laser-Driven Fusion. Bulletin of the American Physical Society (2009)

Tom DonnellyNate JonesAaron GuillenAndrew BernoffAndrew Higginbotham

fluid targetslaser-driven fusionfusionapplied physicsharmonic faraday instability

Hot Electron and X-Ray Production From Intense Laser Irradiation of Wavelength-Scale Polystyrene Spheres. Bulletin of the American Physical Society (2008)

T. DitmireH.A. SumerukS. KneipD.R. SymesI.V. ChurinaA.V. BelolipetskiG. DyerA. BernsteinT.D. Donnelly

K-Shell Spectroscopy of Plasmas Created by Intense Laser Irradiation of Micron-Scale Pyramid and Sphere Targets. High Energy Density Physics (2008)

S. KneipB.I. ChoD.R. SymesH.A. SumerukG. DyerI.V. ChurinaA.V. BelolipetskiA. HenigO. WehrhanE. FörsterT.D. DonnellyT. Ditmire

materials scienceplasma scienceintense laser irradiationmicron-scale pyramidspectroscopyk-shell spectroscopysphere targetsapplied physics

Control of Strong-Laser-Field Coupling to Electrons in Solid Targets With Wavelength-Scale Spheres. Physical Review Letters (2007)

H. A. SumerukS. KneipD. R. SymesI. V. ChurinaA. V. BelolipetskiT. D. DonnellyT. Ditmire

materials sciencestrong-laser-field couplinglaser sciencesolid targetswavelength-scale spheresapplied physicsoptoelectronicsphotonics

Reynolds Number Calculation Method for Aerobic Biological Porous Packed Reactors. (2006)

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