Faculty

Institution

Unit

Venue

James L. Gole

Professor of Physics Adjunct Professor in the Woodruff School

Georgia Institute of Technology

Affiliations

College of Engineering

George W. Woodruff School of Mechanical Engineering

College of Sciences

School of Physics

James L. Gole is currently serving as a College Of Engineering Professor of Physics Adjunct Professor in the Woodruff School at Georgia Institute of Technology.

Honors

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Experiences

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Education

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James L. Gole

Georgia Institute of Technology

Professor of Physics Adjunct Professor in the Woodruff School

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materials science applied physics chemistry nanotechnology physical chemistry materials engineering nanomaterials surface science physics optoelectronics material chemistry condensed matter physics nanoparticle research material research laser science surface nanotechnology advanced materials quantum chemistry sensor technology condensed matter interface science transition metal chemistry surface chemistry sensor design porous silicon photoluminescence electronic materials nanoscale chemistry semiconductor nanostructures surface nanoengineering optical engineering nanostructure synthesis electronics vibrational spectroscopy cluster science nanoscale science surface modification luminescence atomic spectroscopy solid-state chemistry carbon-based materials solid-state electronics energy chemistry electronic structure electronic excited states semiconductor technology excited state property surface characterization porous silicon surface photocatalytic reactors semiconductor interfaces chemical sciences advanced energy material infrared spectroscopy sensor interfaces surface reactivity advanced oxidation process sensor applications electrochemical interfaces nanobiotechnology surface electrochemistry visible region chemiluminescent emission functional nanomaterials electrochemical energy storage metallic nanomaterials single collision porous silicon sensors nanofiber arrays silica nanospheres rechargeable lithium batteries experimental design supersonic expansion carbon monoxide hydrolysis reactions computational study precision engineering nanoreactor microfabrication nanoengineering mems applications chemical engineering

Notable Scholarly Works

Notable Federal Grants

Collaborators

Supersonically Expanded Sodium Metal-Dilute Halogen Gas Interactions. the Importance of Reaction Populated and Energy Storing Reservoir States and Population Inversion Created Amplification in Na2. The Journal of Chemical Physics (2023)

James L. GoleDavid A. Dixon

population inversionreservoir stateschemistryphysical chemistry

Electronically Excited Complex Formation in Magnesium Cluster–Halogen Atom Reactions. The Journal of Physical Chemistry A (2022)

Thomas C. DevoreHe WangChris B. WinsteadJames L. GoleYiqin HuDavid A. Dixon

electronic excited statesphysicsquantum chemistrycomplex formationphysical chemistryatomic physicsapplied physicscondensed matter physicsmaterials scienceelectrochemistry

Excited Electronic State Cross Sections for Group 3 Halide and Oxide Production: Evaluating Relative Excited-State Quantum Yields. The Journal of Physical Chemistry A (2022)

Carl L. ChalekJames L. GoleDavid A. Dixon

electronic excited statesquantum chemistryphysical chemistryoxide productionmaterials science

Observation of Selectively Populated Monohalide Excited States From the Reactions of Group 3 Metal (Sc, Y, and La) Monomers and Dimers With Halogen-Containing Molecules. The Journal of Physical Chemistry A (2022)

James L. GoleCarl L. ChalekMarcos M. MasonGabriel F. de MeloMonica VasiliuDavid A. Dixon

excited statesexcited state propertyinorganic chemistryphysical chemistrytransition metal chemistrychemistryhalogen-containing molecules

Nanostructured Metal Oxide Modification of a Porous Silicon Interface for Sensor Applications: The Question of Water Interaction, Stability, Platform Diversity and Sensitivity, and Selectivity. AIMS Electronics and Electrical Engineering (2020)

James L. Gole

nanostructured metalwater interactionplatform diversitynanotechnologyelectrical engineeringelectronicsnanostructured surfacesporous silicon interface

Modeling the Diffusion/Absorption Response of a Nanopore Coated Microporous Silicon Interface. Journal of Applied Physics (2016)

C. BakerW. LaminackJ. L. Gole

nanomaterialstransport phenomenamicroporous silicon interfaceinterface chemistrysurface scienceinterface sciencesurface nanotechnologynanotechnologydiffusionnanoscale modelingapplied physicsapplied mathematicsmaterials science

Synthesis of Nanoscale Silicon Oxide Oxidation State Distributions: The Transformation From Hydrophilicity to Hydrophobicity. Chemical Physics Letters (2016)

William LaminackJames L. GoleMark G. WhiteSerdar OzdemirAndrew G. OgdenHolly J. MartinZongtang FangTsang-Hsiu WangDavid A. Dixon

chemical engineeringnanotechnologyphysical chemistrynanoscale chemistrymaterial chemistrychemistrynanostructure synthesisnanoscale scienceoxidation state distributionsmaterials science

Activity of Titania and Zeolite Samples Dosed With Triethylamine. Microporous and Mesoporous Materials (2015)

Caitlin BakerJames L. GoleJonathan BrauerSamuel GrahamJianzhi HuJeff KenvinAndrew D. D'AmicoMark G. White

zeolitesinorganic chemistrycatalytic materialsmaterials science

Air Quality and the Selective Detection of Ammonia in the Presence of Carbon Monoxide, Toluene, Benzene, and Xylene. Air Quality Atmosphere & Health (2015)

William LaminackCaitlin BakerJames L. Gole

selective detectionair qualitycarbon monoxideammonia

Approach to Multigas Sensing and Modeling on Nanostructure Decorated Porous Silicon Substrates. IEEE Sensors Journal (2015)

William I. LaminackNeil HardyCaitlin BakerJames L. Gole

nanomaterialsmaterials engineeringsurface sciencesurface nanotechnologynanotechnologyporous silicon substratesoptoelectronicselectrical engineeringsurface characterizationnanoscale modelingapplied physicssensor technologymaterials sciencesensor design

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James L. Gole

Professor of Physics Adjunct Professor in the Woodruff School

Georgia Institute of Technology

Affiliations

College of Engineering

George W. Woodruff School of Mechanical Engineering

College of Sciences

School of Physics

James L. Gole is currently serving as a College Of Engineering Professor of Physics Adjunct Professor in the Woodruff School at Georgia Institute of Technology.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

James L. Gole

Georgia Institute of Technology

Professor of Physics Adjunct Professor in the Woodruff School

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

James L. GoleDavid A. Dixon

population inversionreservoir stateschemistryphysical chemistry

Electronically Excited Complex Formation in Magnesium Cluster–Halogen Atom Reactions. The Journal of Physical Chemistry A (2022)

Thomas C. DevoreHe WangChris B. WinsteadJames L. GoleYiqin HuDavid A. Dixon

electronic excited statesphysicsquantum chemistrycomplex formationphysical chemistryatomic physicsapplied physicscondensed matter physicsmaterials scienceelectrochemistry

Excited Electronic State Cross Sections for Group 3 Halide and Oxide Production: Evaluating Relative Excited-State Quantum Yields. The Journal of Physical Chemistry A (2022)

Carl L. ChalekJames L. GoleDavid A. Dixon

electronic excited statesquantum chemistryphysical chemistryoxide productionmaterials science

James L. GoleCarl L. ChalekMarcos M. MasonGabriel F. de MeloMonica VasiliuDavid A. Dixon

excited statesexcited state propertyinorganic chemistryphysical chemistrytransition metal chemistrychemistryhalogen-containing molecules

James L. Gole

nanostructured metalwater interactionplatform diversitynanotechnologyelectrical engineeringelectronicsnanostructured surfacesporous silicon interface

Modeling the Diffusion/Absorption Response of a Nanopore Coated Microporous Silicon Interface. Journal of Applied Physics (2016)

C. BakerW. LaminackJ. L. Gole

Synthesis of Nanoscale Silicon Oxide Oxidation State Distributions: The Transformation From Hydrophilicity to Hydrophobicity. Chemical Physics Letters (2016)

William LaminackJames L. GoleMark G. WhiteSerdar OzdemirAndrew G. OgdenHolly J. MartinZongtang FangTsang-Hsiu WangDavid A. Dixon

chemical engineeringnanotechnologyphysical chemistrynanoscale chemistrymaterial chemistrychemistrynanostructure synthesisnanoscale scienceoxidation state distributionsmaterials science

Activity of Titania and Zeolite Samples Dosed With Triethylamine. Microporous and Mesoporous Materials (2015)

Caitlin BakerJames L. GoleJonathan BrauerSamuel GrahamJianzhi HuJeff KenvinAndrew D. D'AmicoMark G. White

zeolitesinorganic chemistrycatalytic materialsmaterials science

Air Quality and the Selective Detection of Ammonia in the Presence of Carbon Monoxide, Toluene, Benzene, and Xylene. Air Quality Atmosphere & Health (2015)

William LaminackCaitlin BakerJames L. Gole

selective detectionair qualitycarbon monoxideammonia

Approach to Multigas Sensing and Modeling on Nanostructure Decorated Porous Silicon Substrates. IEEE Sensors Journal (2015)

William I. LaminackNeil HardyCaitlin BakerJames L. Gole

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Similar Faculty Members

Paul Bohn

Institution

University of Notre Dame

nanoparticle research

molecular imaging

Michael Heben

Institution

University of Toledo

porous carbon

nanotechnology

Harry L. Tuller

Institution

Massachusetts Institute of Technology

materials science

applied physics

Bruce Dunn

Institution

University of California, Los Angeles

materials science

applied physics

Michael Sailor

Institution

University of California, San Diego

photonic crystal

nanotechnology

Eray Aydil

Institution

New York University

nanostructure synthesis

nano energy

Alexey Leontyev

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North Dakota State University

science education

education

Roya Maboudian

Institution

University of California, Berkeley

materials science

applied physics

Jayant Kumar

Institution

University of Massachusetts Lowell

chemistry

optical properties

Walter Schmid

Institution

University at Buffalo

process engineering

mitochondrial dna