Faculty

Institution

Unit

Venue

Qiang Gao

Postdoctoral researchers

Virginia Tech

Affiliations

College of Engineering

Chemical Engineering

Qiang Gao is currently serving as a Chemical Engineering Postdoctoral researchers at Virginia Tech.

Honors

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Experiences

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Education

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Qiang Gao

Virginia Tech

Postdoctoral researchers

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materials science chemistry chemical engineering catalysis energy chemistry electrocatalysts electrochemistry advanced energy material electrochemical energy conversion transition metal chemistry sustainable chemistry electrochemical engineering advanced materials nanomaterials nanotechnology nanoheterogeneous catalysis oxygen reduction reaction surface electrochemistry environmental engineering inorganic chemistry frontier electroanalytical chemistry hydrogen energy energy conversion carbon material chemistry heterogeneous catalysis photoelectrochemistry inorganic photochemistry photoredox process water electrolyzers catalytic process confined spaces electrode reaction mechanisms fundamental electrochemistry nanometrology electrochemical process carbonization water splitting synthesis methods nanoscale chemistry nanostructure synthesis adsorption-energy scaling relations orbital overlap adsorption-energy scaling limitations photocatalytic co2 conversion oxygen vacancies excessive nitrates nitrate pollution electrochemical nitrate reduction well-defined materials recent advances strong metal-support bonding structural evolution single atoms cu 2 interfacial sites electrokinetic-promoting domain

Notable Scholarly Works

Notable Federal Grants

Collaborators

Publisher Correction: Synthesis of Core/Shell Nanocrystals With Ordered Intermetallic Single-Atom Alloy Layers for Nitrate Electroreduction to Ammonia. Nature Synthesis (2023)

Qiang GaoBingqing YaoHemanth Somarajan PillaiWenjie ZangXue HanYuanqi LiuShen-Wei YuZihao YanBokki MinSen ZhangHua ZhouLu MaHongliang XinQian HeHuiyuan Zhu

synthesis methodsmaterials sciencematerial chemistrynanoscale chemistrymechanical engineeringchemical engineeringpublisher correctionnanostructure synthesisnitrate electroreductionadvanced materialsnanomaterialsnanotechnologychemical synthesisnanoengineering

Breaking Adsorption-Energy Scaling Limitations of Electrocatalytic Nitrate Reduction on Intermetallic Cupd Nanocubes by Machine-Learned Insights. Nature Communications (2022)

Qiang GaoHemanth Somarajan PillaiYang HuangShikai LiuQingmin MuXue HanZihao YanHua ZhouQian HeHongliang XinHuiyuan Zhu

materials scienceadvanced energy materialcatalysiselectrocatalystsheterogeneous catalysisnanoheterogeneous catalysisadsorption-energy scaling relationsorbital overlapenergy chemistrychemistryadsorption-energy scaling limitationstransition metal chemistryelectrochemistry

Heterostructured Bi–Cu 2 S Nanocrystals for Efficient Co 2 Electroreduction to Formate. Nanoscale Horizons (2022)

Xue HanTianyou MouShikai LiuMengxia JiQiang GaoQian HeHongliang XinHuiyuan Zhu

materials scienceadvanced energy materialchemical engineeringelectrocatalystshydrogen energyelectrochemical processnanoheterogeneous catalysishydrogenelectrochemical energy conversionchemistryenergy chemistrycu 2interfacial sitestransition metal chemistryelectrokinetic-promoting domainsurface electrochemistryelectrochemistry

Metal–Metal Oxide Catalytic Interface Formation and Structural Evolution: A Discovery of Strong Metal–Support Bonding, Ordered Intermetallics, and Single Atoms. Nano Letters (2022)

Zihao YanBingqing YaoConnor HallQiang GaoWenjie ZangHua ZhouQian HeHuiyuan Zhu

materials sciencestrong metal-support bondingmaterials engineeringadvanced materialsstructural evolutionnanomaterialsapplied physicsnanotechnologysingle atomsnanometrologynanoengineering

Electrocatalysis in Confined Spaces: Interplay Between Well-Defined Materials and the Microenvironment. Nanoscale (2021)

Xue HanQiang GaoZihao YanMengxia JiChristopher LongHuiyuan Zhu

confined spacesmaterials sciencewell-defined materialsadvanced energy materialcatalysiselectrocatalystselectrochemical engineeringelectrode reaction mechanismsenergy chemistryelectrochemical energy conversionchemistryelectroanalytical chemistryrecent advancessurface electrochemistryfundamental electrochemistryelectrochemistry

Powering the Remediation of the Nitrogen Cycle: Progress and Perspectives of Electrochemical Nitrate Reduction. Industrial & Engineering Chemistry Research (2021)

Bokki MinQiang GaoZihao YanXue HanKait HosmerAlayna CampbellHuiyuan Zhu

environmental engineeringexcessive nitratesoxygen reduction reactionnitrate pollutionsustainable chemistrychemical engineeringcatalysiselectrocatalystselectrochemical engineeringwater electrolyzerselectrochemical nitrate reductionenergy chemistryelectrochemical energy conversionchemistrycatalytic processelectrochemistry

Pyrolysis-Free, Facile Mechanochemical Strategy Toward Cobalt Single-Atom/Nitrogen-Doped Carbon for Highly Efficient Water Splitting. Chemical Engineering Journal (2021)

Tian (Leo) JinXiaofei LiuQiang GaoHuiyuan ZhuCheng LianJingtao WangRongqian WuYi Lyu

materials sciencesustainable chemistrychemical engineeringcatalysiscarbon captureenergy conversioncarboncarbonizationfacile mechanochemical strategychemical reaction engineeringchemistrywater splittingefficient water splittingcobalt single-atom/nitrogen-doped carbon

Revealing the Role of Oxygen Vacancies in Bimetallic Pbbio2Br Atomic Layers for Boosting Photocatalytic Co2 Conversion. Applied Catalysis B: Environmental (2020)

Bin WangShi-Ze YangHailong ChenQiang GaoYu-Xiang WengWenshuai ZhuGaopeng LiuYi ZhangYuzhen YeHuiyuan ZhuHuaming LiJiexiang Xia

photoelectrochemistrymaterials scienceoxygen reduction reactionphotocatalytic co2 conversionadvanced energy materialsustainable chemistrychemical engineeringcatalysisphotochemistryinorganic chemistry frontierphotocatalysisinorganic photochemistryenergy chemistrychemistryphotoredox processoxygen vacanciestransition metal chemistry

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Qiang Gao

Postdoctoral researchers

Virginia Tech

Affiliations

College of Engineering

Chemical Engineering

Qiang Gao is currently serving as a Chemical Engineering Postdoctoral researchers at Virginia Tech.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Qiang Gao

Virginia Tech

Postdoctoral researchers

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Publisher Correction: Synthesis of Core/Shell Nanocrystals With Ordered Intermetallic Single-Atom Alloy Layers for Nitrate Electroreduction to Ammonia. Nature Synthesis (2023)

Qiang GaoBingqing YaoHemanth Somarajan PillaiWenjie ZangXue HanYuanqi LiuShen-Wei YuZihao YanBokki MinSen ZhangHua ZhouLu MaHongliang XinQian HeHuiyuan Zhu

Breaking Adsorption-Energy Scaling Limitations of Electrocatalytic Nitrate Reduction on Intermetallic Cupd Nanocubes by Machine-Learned Insights. Nature Communications (2022)

Qiang GaoHemanth Somarajan PillaiYang HuangShikai LiuQingmin MuXue HanZihao YanHua ZhouQian HeHongliang XinHuiyuan Zhu

Heterostructured Bi–Cu 2 S Nanocrystals for Efficient Co 2 Electroreduction to Formate. Nanoscale Horizons (2022)

Xue HanTianyou MouShikai LiuMengxia JiQiang GaoQian HeHongliang XinHuiyuan Zhu

Metal–Metal Oxide Catalytic Interface Formation and Structural Evolution: A Discovery of Strong Metal–Support Bonding, Ordered Intermetallics, and Single Atoms. Nano Letters (2022)

Zihao YanBingqing YaoConnor HallQiang GaoWenjie ZangHua ZhouQian HeHuiyuan Zhu

materials sciencestrong metal-support bondingmaterials engineeringadvanced materialsstructural evolutionnanomaterialsapplied physicsnanotechnologysingle atomsnanometrologynanoengineering

Electrocatalysis in Confined Spaces: Interplay Between Well-Defined Materials and the Microenvironment. Nanoscale (2021)

Xue HanQiang GaoZihao YanMengxia JiChristopher LongHuiyuan Zhu

Powering the Remediation of the Nitrogen Cycle: Progress and Perspectives of Electrochemical Nitrate Reduction. Industrial & Engineering Chemistry Research (2021)

Bokki MinQiang GaoZihao YanXue HanKait HosmerAlayna CampbellHuiyuan Zhu

Pyrolysis-Free, Facile Mechanochemical Strategy Toward Cobalt Single-Atom/Nitrogen-Doped Carbon for Highly Efficient Water Splitting. Chemical Engineering Journal (2021)

Tian (Leo) JinXiaofei LiuQiang GaoHuiyuan ZhuCheng LianJingtao WangRongqian WuYi Lyu

Revealing the Role of Oxygen Vacancies in Bimetallic Pbbio2Br Atomic Layers for Boosting Photocatalytic Co2 Conversion. Applied Catalysis B: Environmental (2020)

Bin WangShi-Ze YangHailong ChenQiang GaoYu-Xiang WengWenshuai ZhuGaopeng LiuYi ZhangYuzhen YeHuiyuan ZhuHuaming LiJiexiang Xia

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Similar Faculty Members

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Institution

University of Missouri

electrolyzer cell

advanced functional materials

David Flaherty

Institution

Georgia Institute of Technology

industrial catalysis

chemistry

Jeffrey Greeley

Institution

Purdue University

advanced electrode material

energy storage material

Fernando Garzon

Institution

University of New Mexico

electrochemistry

electrochemical cell

Deyang Qu

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University of Wisconsin–Milwaukee

energy storage material

advanced energy material

Zhenmeng Peng

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University of South Carolina

environmental engineering

electrical energy storage

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electrochemistry

Xiao-Dong Zhou

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University of Connecticut

cleaner production

alternative energy solution

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sustainable chemistry

energy conversion

Wenzhen Li

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materials science

electrochemistry