Faculty

Institution

Unit

Venue

David C. Donovan

Associate Professor and Zinkle Fellow

University of Tennessee

Affiliations

Tickle College of Engineering

Department of Nuclear Engineering

David C. Donovan is currently serving as a Nuclear Engineering Associate Professor and Zinkle Fellow at University of Tennessee.

Honors

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Experiences

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Education

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David C. Donovan

University of Tennessee

Associate Professor and Zinkle Fellow

You can click a keyword to filter the displayed items

applied physics materials science plasma science nuclear physics surface science instrumentation nuclear science nuclear engineering materials engineering electrical engineering thin films radiation oncology atomic physics condensed matter physics thermal engineering fusion science nuclear fusion fusion engineering fusion instrument science nuclear materials fragmentation effect plasma diagnostics experimental analysis instrument development plasma processing lithium-ion batteries electronics material research instrumentation engineering interferometry analytical instrumentation fiber optics gas discharge plasma surface characterization plasma-exposed tungsten fusion devices particle beam plasma chemistry mechanical science nuclear safety surface reactivity fiber optic sensing nuclear energy surface analysis next-step fusion devices component characterization fusion products tungsten erosion wall conditioning boron powder injection laboratory investigation condensed matter energy storage materials electronic materials scientometrics particle technology radiation detection electronic instrumentation conventional instrumentation temperature measurement fusion reactor material controlled nuclear fusion detonation phenomenon plasma electronics plasma photonics material modeling optical engineering plasma source development fusion-relevant material testing diii-d h-mode plasmas enriched uranium tungsten leakage deuterium trapping multi-technique analysis near-surface precipitate growth physics inertial confinement fusion electromagnetism inertial fusion energy fusion power engineering

Notable Scholarly Works

Notable Federal Grants

Collaborators

Dependence of High- Z Redeposition on the Field-To-Surface Pitch Angle and Other Sheath Parameters in Tokamaks. Physics of Plasmas (2024)

D. C. EasleyA. DiawT. R. YounkinD. C. DonovanE. A. UnterbergJ. H. NicholsC. A. JohnsonA. Kumar

physicsplasma scienceparticle physicsfield-to-surface pitch angleapplied physics

Filterscope Techniques for Parasitic Signal Screening. IEEE Transactions on Plasma Science (2024)

K. ButlerJ. B. O. CaughmanC. A. JohnsonD. C. EasleyK. M. DavdaC. C. KlepperE. A. UnterbergD. C. Donovan

filterscope techniquesplasma scienceparasitic signal screeningelectrical engineering

Investigating the Effect of Bt Direction on W Source-To-Core Pathways During the Sas-Vw Campaign on DIII-D. Nuclear Materials and Energy (2024)

J.D. MatejaS.A. ZamperiniT. OdstrcilJ.H. NicholsT.E. RayA. CacherisT. AbramsA.G. McLeanG. SinclairS.H. MesserR. MaurizioD.M. ThomasD.C. Donovan

materials sciencenuclear energyenergy researchbt directionnuclear sciencenuclear materialssas-vw campaignnuclear engineering

Investigation of Materials for Radio Frequency Antenna Plasma Facing Components. IEEE Transactions on Plasma Science (2024)

J. B. O. CaughmanK. ButlerD. CurreliD. DonovanD. C. EasleyA. Gonzalez-GalvanC. A. JohnsonL. MeredithE. A. Unterberg

materials sciencetechnologyplasma sciencematerials engineeringengineering

Modeling Turbulent Impurity Transport in the Sol of DIII-D With a Reduced Model. Plasma Physics and Controlled Fusion (2024)

S ZamperiniJ H NicholsT OdstrcilT AbramsJ A BoedoJ D ElderD L RudakovD C DonovanJ D DuranA Huang

materials sciencefluid dynamicsturbulence modelingturbulent impurity transportapplied physicsreduced model

Novel Data Interpretation Method for DIII-D Divertor Retarding Field Energy Analyzer With 3-D Particle-In-Cell Simulations. Review of Scientific Instruments (2024)

B. ZhaoD. C. DonovanJ. RenM. D. Phillips

field energy analyzerdiii-d divertordata scienceapplied physicsinstrumentation

Collector Probe Analysis of Tungsten Transport to the Far-Sol From the DIII-D Sas-Vw Divertor Experiment. Nuclear Materials and Energy (2023)

S.H. MesserJ.D. MatejaJ.H. NicholsA. CacherisJ.D. DuranS.A. ZamperiniG. SinclairD. DonovanT. AbramsT. OdstrcilJ. RenW. GarciaE.A. UnterbergP.C. StangebyD.L. RudakovJ.D. ElderJ. Watkins

physicsmaterials sciencecollector probe analysisnuclear physicsparticle physicstungsten transportnuclear scienceapplied physics

Measurements of Heat Flux Components Due to Charged and Non-Charged Particles in DIII-D Divertor Near and Under Detachment. Nuclear Materials and Energy (2023)

J. RenD.C. DonovanJ.G. WatkinsH.Q. WangX.X. MaR. MaurizioM.W. ShaferD. RudakovP.C. StangebyD. ThomasS. Hong

heat flux componentsradiation oncologyatomic physicsnuclear physicsnuclear sciencediii-d divertorapplied physicsnuclear engineering

Recent DIII-D Progress Toward Validating Models of Tungsten Erosion, Re-Deposition, and Migration for Application to Next-Step Fusion Devices. Materials Research Express (2023)

T AbramsJ G GuterlS AbeD C DonovanI BykovC A JohnsonJ H NicholsJ D ElderD A EnnisS D LochD L RudakovG SinclairC H SkinnerP C StangebyD M ThomasE A UnterbergW R Wampler

materials sciencematerial researchmechanical engineeringmaterials engineeringmaterial modelingtungsten erosionapplied physicsnext-step fusion devices

Refining Light Impurity Content Estimates at the Lower Divertor Based on Experimental Data in West. Nuclear Materials and Energy (2023)

A. GrosjeanD.C. DonovanC.A. JohnsonJ.P. GunnC. GuillemautN. FedorczakC.C. KlepperE.A. Unterberg

materials scienceexperimental dataradiation oncologynuclear physicsnuclear chemistrynuclear sciencelower divertorapplied physicsnuclear engineering

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David C. Donovan

Associate Professor and Zinkle Fellow

University of Tennessee

Affiliations

Tickle College of Engineering

Department of Nuclear Engineering

David C. Donovan is currently serving as a Nuclear Engineering Associate Professor and Zinkle Fellow at University of Tennessee.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

David C. Donovan

University of Tennessee

Associate Professor and Zinkle Fellow

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Dependence of High- Z Redeposition on the Field-To-Surface Pitch Angle and Other Sheath Parameters in Tokamaks. Physics of Plasmas (2024)

D. C. EasleyA. DiawT. R. YounkinD. C. DonovanE. A. UnterbergJ. H. NicholsC. A. JohnsonA. Kumar

physicsplasma scienceparticle physicsfield-to-surface pitch angleapplied physics

Filterscope Techniques for Parasitic Signal Screening. IEEE Transactions on Plasma Science (2024)

K. ButlerJ. B. O. CaughmanC. A. JohnsonD. C. EasleyK. M. DavdaC. C. KlepperE. A. UnterbergD. C. Donovan

filterscope techniquesplasma scienceparasitic signal screeningelectrical engineering

Investigating the Effect of Bt Direction on W Source-To-Core Pathways During the Sas-Vw Campaign on DIII-D. Nuclear Materials and Energy (2024)

J.D. MatejaS.A. ZamperiniT. OdstrcilJ.H. NicholsT.E. RayA. CacherisT. AbramsA.G. McLeanG. SinclairS.H. MesserR. MaurizioD.M. ThomasD.C. Donovan

materials sciencenuclear energyenergy researchbt directionnuclear sciencenuclear materialssas-vw campaignnuclear engineering

Investigation of Materials for Radio Frequency Antenna Plasma Facing Components. IEEE Transactions on Plasma Science (2024)

J. B. O. CaughmanK. ButlerD. CurreliD. DonovanD. C. EasleyA. Gonzalez-GalvanC. A. JohnsonL. MeredithE. A. Unterberg

materials sciencetechnologyplasma sciencematerials engineeringengineering

Modeling Turbulent Impurity Transport in the Sol of DIII-D With a Reduced Model. Plasma Physics and Controlled Fusion (2024)

S ZamperiniJ H NicholsT OdstrcilT AbramsJ A BoedoJ D ElderD L RudakovD C DonovanJ D DuranA Huang

materials sciencefluid dynamicsturbulence modelingturbulent impurity transportapplied physicsreduced model

Novel Data Interpretation Method for DIII-D Divertor Retarding Field Energy Analyzer With 3-D Particle-In-Cell Simulations. Review of Scientific Instruments (2024)

B. ZhaoD. C. DonovanJ. RenM. D. Phillips

field energy analyzerdiii-d divertordata scienceapplied physicsinstrumentation

Collector Probe Analysis of Tungsten Transport to the Far-Sol From the DIII-D Sas-Vw Divertor Experiment. Nuclear Materials and Energy (2023)

S.H. MesserJ.D. MatejaJ.H. NicholsA. CacherisJ.D. DuranS.A. ZamperiniG. SinclairD. DonovanT. AbramsT. OdstrcilJ. RenW. GarciaE.A. UnterbergP.C. StangebyD.L. RudakovJ.D. ElderJ. Watkins

physicsmaterials sciencecollector probe analysisnuclear physicsparticle physicstungsten transportnuclear scienceapplied physics

Measurements of Heat Flux Components Due to Charged and Non-Charged Particles in DIII-D Divertor Near and Under Detachment. Nuclear Materials and Energy (2023)

J. RenD.C. DonovanJ.G. WatkinsH.Q. WangX.X. MaR. MaurizioM.W. ShaferD. RudakovP.C. StangebyD. ThomasS. Hong

heat flux componentsradiation oncologyatomic physicsnuclear physicsnuclear sciencediii-d divertorapplied physicsnuclear engineering

Recent DIII-D Progress Toward Validating Models of Tungsten Erosion, Re-Deposition, and Migration for Application to Next-Step Fusion Devices. Materials Research Express (2023)

T AbramsJ G GuterlS AbeD C DonovanI BykovC A JohnsonJ H NicholsJ D ElderD A EnnisS D LochD L RudakovG SinclairC H SkinnerP C StangebyD M ThomasE A UnterbergW R Wampler

materials sciencematerial researchmechanical engineeringmaterials engineeringmaterial modelingtungsten erosionapplied physicsnext-step fusion devices

Refining Light Impurity Content Estimates at the Lower Divertor Based on Experimental Data in West. Nuclear Materials and Energy (2023)

A. GrosjeanD.C. DonovanC.A. JohnsonJ.P. GunnC. GuillemautN. FedorczakC.C. KlepperE.A. Unterberg

materials scienceexperimental dataradiation oncologynuclear physicsnuclear chemistrynuclear sciencelower divertorapplied physicsnuclear engineering

1
2
3
4
5
15
10 / page

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multiphysics platforms

electromagnetic field

Mark A. Prelas

Institution

University of Missouri

materials science

applied physics

Nicholas Jordan

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applied physics

electrical engineering

Cary Forest

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University of Wisconsin–Madison

electromagnetism

mhd turbulence

Mohamed Bourham

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applied physics

materials science

Ryan McBride

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University of Michigan

high energy density physic

fusion

Joseph Graham

Institution

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fusion reactor material

Lin Shao

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Texas A&M University

materials science

applied physics

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radiation

science studies

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Institution

Purdue University

dispersion science

plasma material interactions