Faculty

Institution

Unit

Venue

David Green

Associate Professor

University of Virginia

Affiliations

School of Engineering and Applied Science

Department of Materials Science and Engineering

David Green is currently serving as a Materials Science And Engineering Associate Professor at University of Virginia.

Honors

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Experiences

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Education

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David Green

University of Virginia

Associate Professor

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nanoparticles materials science chemistry nanoparticle research nanomaterials polymer science polymer composites polymer chemistry polymer testing nanotechnology material chemistry chemical engineering dispersion science interface science nanostructured polymers rheology nanoscale chemistry metal nanoparticles biophysics polymeric surface surface science polymer nanotechnology polymer melts phase separation organic coating polymer solutions colloidal materials surface nanotechnology transition metal chemistry composite science analytical atomic spectrometry vibrational spectroscopy material research polymer materials polymerization kinetics bottom-up synthesis surface functionalization polymer technology polymer nanocomposites phase diagram concentrated polymer solutions particle concentrations solvent quality crystal growth environmental materials fluid science coordination chemistry nanocomposites photoelectrochemistry photodegradation inorganic photochemistry nanoreactor rheological properties rheological constitutive equation colloidal systems polymer physics polymer synthesis experimental synthesis nanostructure synthesis physicochemical analysis colloid chemistry dna nanotechnology dna analysis polymer properties metallic nanomaterials stober silica nanoparticles np dispersion titanium dioxide photocatalytic oxidation initial adsorption chemical reaction kinetics saxs investigation chain length static wetting behavior incomplete wetting region complete wetting region

Notable Scholarly Works

Notable Federal Grants

Collaborators

Prediction and Determination of Monolayer Structure in Binary Alkanethiol/Carboxylic Acid Ligand Mixtures on Gold Nanoparticles. ChemRxiv (2026)

materials sciencemetal nanoparticlesmonolayer structureinterface sciencesurface sciencematerial chemistrychemical engineeringgold nanoparticlesnanoparticle researchsurface nanotechnologynanoparticleschemistrychemical sciencesnanomaterialsnanotechnology

Engineering Nanoparticle Surface Amphiphilicity: An Integrated Computational and Laser Desorption Ionization Study of Controlled Ligand Self-Assembly. ChemRxiv (2025)

Jacob KennedyZachary LaFaverMarcus Dupart Jr.Kateri H. DuBayDavid L. Green

interface sciencecontrolled releaseself-assemblynanoparticle researchsurface functionalizationpolyethylene glycolmonolayer phase separationmonte carlobiomolecular engineeringmolecular self-assemblynanoparticleschemistryamphiphilic systemdrug delivery

Engineering Nanoparticle Surface Amphiphilicity: An Integrated Computational and Laser Desorption Ionization Study of Controlled Ligand Self-Assembly. (2025)

Jacob KennedyZachary LaFaverMarcus Dupart Jr.Kateri H. DuBayDavid L. Green

controlled ligandself-assemblybiomolecular engineeringintegrated computationalnanoparticlesnanotechnologysurface nanoengineeringnanoengineering

Predicting the Effect of Chain-Length Mismatch on Phase Separation in Noble Metal Nanoparticle Monolayers With Chemically Mismatched Ligands. Soft Matter (2019)

Steven N. MerzElise HooverSergei A. EgorovKateri H. DuBayDavid L. Green

nanobiotechnologybiophysicsmetal nanoparticlesmaterial chemistrysurface scienceinterface sciencenanoscale chemistrynanoparticle researchdrug deliverychain-length mismatchnanoparticleschemistrynanomaterialsphase separationnanotechnology

The Effect of Solvent Viscosity on Production of Few-Layer Graphene From Liquid-Phase Exfoliation of Graphite. MRS Advances (2019)

Matthew A. DiasioDavid L. Green

materials sciencefew-layer graphenegraphene nanomeshescarbonmolecular liquidsliquid-phase exfoliationchemistrynanomaterialsgraphenecarbon-based materialssolvent viscositygraphene fiber

Computational and Experimental Investigation of Janus-Like Monolayers on Ultrasmall Noble Metal Nanoparticles. ACS Nano (2018)

Steven N. MerzZachary J. FarrellJoseph PearringElise HooverMark KesterSergei A. EgorovDavid L. GreenKateri H. DuBay

biophysicsmetal nanoparticlesinterface sciencesurface sciencenanoscale chemistryanalytical atomic spectrometryphase separationnanoparticle researchjanus-like monolayerssurface nanotechnologynanoparticleschemistrymetallic nanomaterialsnanomaterialsvibrational spectroscopynanotechnologynoble metal nanoparticles

Theoretical and Experimental Investigation of Microphase Separation in Mixed Thiol Monolayers on Silver Nanoparticles. ACS Nano (2016)

Steven N. MerzZachary J. FarrellCaroline J. DunnRichard J. SwansonSergei A. EgorovDavid L. Green

metal nanoparticlesmaterial chemistrysurface scienceinterface sciencechemical engineeringnanoscale chemistrynanoparticle researchsurface nanotechnologysilver nanoparticlesnanoparticleschemistrychemical sciencesnanomaterialsphase separationnanotechnologyminimal phase separation

Development of Experiment and Theory to Detect and Predict Ligand Phase Separation on Silver Nanoparticles. Angewandte Chemie International Edition (2015)

Zachary FarrellSteve MerzJon SeagerCaroline DunnSergei EgorovDavid L. Green

physicochemical analysismetal nanoparticlessurface sciencechemical physicsag nanoparticlesphysical chemistryanalytical atomic spectrometrynanoparticle researchvibrational spectroscopyphase separationligand phase separationanalytical chemistryspectroscopynanoparticleschemistrymass spectrometryapplied physicsnanotechnology

Thermal and Rheological Behavior of Polymer Grafted Nanoparticles. Macromolecules (2015)

Daniel F. SundayDavid L. Green

materials sciencebiophysicspolymer grafted nanoparticlespolymer chainspolymer testingnanostructured polymersgraft chainspolymer physicsnanoparticlesrheologynanomaterialspolymer sciencecomposite sciencepolymer composites

Rapid, Cost-Effective Dna Quantification via a Visually-Detectable Aggregation of Superparamagnetic Silica-Magnetite Nanoparticles. Nano Research (2014)

Qian LiuJingyi LiHongxue LiuIbrahim ToraMatthew S. IdeJiwei LuRobert J. DavisDavid L. GreenJames P. Landers

cost-effective dna quantificationbiophysicsmagnetic resonancedna nanotechnologysuperparamagnetic silica-magnetite nanoparticlesnanoparticle researchmagnetismnucleic acidsmolecular diagnosticsmolecular biologynanoparticlesdna analysisvisually-detectable aggregationmolecular imaging

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David Green

Associate Professor

University of Virginia

Affiliations

School of Engineering and Applied Science

Department of Materials Science and Engineering

David Green is currently serving as a Materials Science And Engineering Associate Professor at University of Virginia.

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 Green

University of Virginia

Associate Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Prediction and Determination of Monolayer Structure in Binary Alkanethiol/Carboxylic Acid Ligand Mixtures on Gold Nanoparticles. ChemRxiv (2026)

Engineering Nanoparticle Surface Amphiphilicity: An Integrated Computational and Laser Desorption Ionization Study of Controlled Ligand Self-Assembly. ChemRxiv (2025)

Jacob KennedyZachary LaFaverMarcus Dupart Jr.Kateri H. DuBayDavid L. Green

Engineering Nanoparticle Surface Amphiphilicity: An Integrated Computational and Laser Desorption Ionization Study of Controlled Ligand Self-Assembly. (2025)

Jacob KennedyZachary LaFaverMarcus Dupart Jr.Kateri H. DuBayDavid L. Green

controlled ligandself-assemblybiomolecular engineeringintegrated computationalnanoparticlesnanotechnologysurface nanoengineeringnanoengineering

Predicting the Effect of Chain-Length Mismatch on Phase Separation in Noble Metal Nanoparticle Monolayers With Chemically Mismatched Ligands. Soft Matter (2019)

Steven N. MerzElise HooverSergei A. EgorovKateri H. DuBayDavid L. Green

The Effect of Solvent Viscosity on Production of Few-Layer Graphene From Liquid-Phase Exfoliation of Graphite. MRS Advances (2019)

Matthew A. DiasioDavid L. Green

materials sciencefew-layer graphenegraphene nanomeshescarbonmolecular liquidsliquid-phase exfoliationchemistrynanomaterialsgraphenecarbon-based materialssolvent viscositygraphene fiber

Computational and Experimental Investigation of Janus-Like Monolayers on Ultrasmall Noble Metal Nanoparticles. ACS Nano (2018)

Steven N. MerzZachary J. FarrellJoseph PearringElise HooverMark KesterSergei A. EgorovDavid L. GreenKateri H. DuBay

Theoretical and Experimental Investigation of Microphase Separation in Mixed Thiol Monolayers on Silver Nanoparticles. ACS Nano (2016)

Steven N. MerzZachary J. FarrellCaroline J. DunnRichard J. SwansonSergei A. EgorovDavid L. Green

Development of Experiment and Theory to Detect and Predict Ligand Phase Separation on Silver Nanoparticles. Angewandte Chemie International Edition (2015)

Zachary FarrellSteve MerzJon SeagerCaroline DunnSergei EgorovDavid L. Green

Thermal and Rheological Behavior of Polymer Grafted Nanoparticles. Macromolecules (2015)

Daniel F. SundayDavid L. Green

Rapid, Cost-Effective Dna Quantification via a Visually-Detectable Aggregation of Superparamagnetic Silica-Magnetite Nanoparticles. Nano Research (2014)

Qian LiuJingyi LiHongxue LiuIbrahim ToraMatthew S. IdeJiwei LuRobert J. DavisDavid L. GreenJames P. Landers

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Similar Faculty Members

Rahmi Ozisik

Institution

Rensselaer Polytechnic Institute

polymer science

supercritical fluid chromatography

Michael Bockstaller

Institution

Carnegie Mellon University

structural chemistry

structure elucidation

Marek W. Urban

Institution

Clemson University

self-assembly

self-healing surface

Eric Baer

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Case Western Reserve University

processing-structure-property relationships

composite material

Douglas A. Loy

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University of Arizona

sustainable chemistry

tetrazine polymer chemistry

Sergei Egorov

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physics

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John M. Torkelson

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Northwestern University

materials science

polymer science

Yong L. Joo

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Cornell University

materials processing

material processing

Chinedum O. Osuji

Institution

University of Pennsylvania

complex fluid

biopolymer

Emmanuel P. Giannelis

Institution

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electrochemistry

nanomaterials