Faculty

Institution

Unit

Venue

Hong Huang

Professor

Wright State University

Affiliations

College of Engineering and Computer Science

Computer Science and Engineering

Mechanical and Materials Engineering

Hong Huang is currently serving as a College Of Engineering And Computer Science Professor at Wright State University.

Honors

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Experiences

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Education

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Hong Huang

Wright State University

Professor

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materials science materials engineering advanced materials energy storage nanotechnology energy storage materials applied physics electrochemistry electronic materials advanced energy material advanced electrode material nanomaterials material research material chemistry chemical engineering electrochemical engineering technology composite science electrochemical energy storage thin films lithium-ion batteries thermal engineering additive manufacturing electronics renewable energy storage nanocomposites condensed matter organic electronics catalyst preparation supercapacitors ionic conductors sustainable energy technologies energy research ceramic materials electrochemical process semiconductor technology catalytic materials surface modification atomic layer deposition advanced ceramics nanoparticle research solid-state electronics nano energy advanced energy technology power engineering power generation nanocrystalline materials solid-state chemistry energy storage devices catalytic process metal nanoparticles catalytic applications ceramic technology electric battery yttria-stabilized zirconia low-temperature catalytic reduction graphene nanosheets lithium storage characteristics supercapacitor performance battery configuration energy engineering metallic nanomaterials charge transport electrical properties thermal energy storage inorganic materials low-temperature operation printable ceramic-polymer electrolytes thermal stabilities nanoporous metallic electrodes elevated temperatures high ionic conductivity thermal limits ionic conduction local environment creasable batteries material innovation interface science engineering

Notable Scholarly Works

Notable Federal Grants

Collaborators

High-Performance Supercapacitor Electrode Materials: Cu/Mnxx (X = O, S, C)-Rgo Nanocomposites Derived From Cumn-Btc Metal–Organic Framework. Journal of Electronic Materials (2025)

Shangrong TanZhuo YaoHong HuangZechen LiuShiqi GuoXinyun Zhao

materials scienceelectrode-electrolyte interfaceselectrochemical energy conversionmetalsnanoengineeringelectronic materialschemical engineeringenergy storage materialsadvanced materialscumn-btc metal-organic frameworknanotechnologyorganic-inorganic hybrid materialsenergy storagenano energytransition metal chemistryadvanced electrode materialmetal-organic polyhedronelectrical engineeringsupercapacitors

Aspects of Nickel, Cobalt and Lithium, the Three Key Elements for LI-Ion Batteries: An Overview on Resources, Demands, and Production. Materials (2024)

Paul KalungiZhuo YaoHong Huang

key elementsreference framemetalsfibersnanoengineeringoptical propertiescomposite materialsenergy researchkey siteproblem importancepartial evaluationadvanced energy materialenvironmental engineeringrenewable energyreal world evidencebiomedical engineeringthermal engineeringcoatingselectrical engineeringli-ion batteries

Enhancing Supercapacitor Performance With Innovative Nanocomposite: Electrochemical Investigation of Reduced Graphene Oxide-Supported Copper Manganese Dual-Metal Organic Frameworks. Diamond and Related Materials (2024)

Shangrong TanZhuo YaoHong HuangZiqiang LvZechen LiuShiqi Guo

materials sciencetechnologysustainable energy technologiesnanoengineeringmaterial researchmaterials engineeringenergy storage materialsadvanced materialselectrochemical investigationapplied physicsrenewable energy storageorganic electronicssupercapacitor performanceadvanced energy materialelectrochemical engineeringdiamond-like carbonenergy storageadvanced electrode materialsupercapacitors

Fabrication of Graphene-Supported Zn-Btc With Different Morphologies and Their Supercapacitor Performance. Ionics (2023)

Shangrong TanZhuo YaoZechen LiuLili LiHong Huang

materials sciencetechnologymaterial chemistryelectronic materialschemical engineeringmaterials engineeringgraphene-supported zn-btcenergy storage materialsadvanced materialsorganic electronicssupercapacitor performanceadvanced energy materialelectrochemical engineeringenergy storagedifferent morphologiesthermal engineeringionic conductorsadvanced electrode materialgraphenesupercapacitors

Mn-Ce Oxide Nanoparticles Supported on Nitrogen-Doped Graphene for Low-Temperature Catalytic Reduction of Nox: De-Nitration Characteristics and Kinetics. Crystals (2023)

Shangrong TanZhuo YaoHong HuangFeng LiuZechen LiuXuyuan Wang

materials sciencematerial chemistrycatalyst activationde-nitration characteristicsnanoengineeringcatalyst preparationelectronic materialschemical engineeringmaterials engineeringcondensed matternanotechnologycrystallographynitrogen-doped graphenemn-ce oxide nanoparticlesmechanical engineeringcatalytic applicationslow-temperature catalytic reductioncatalytic materialscatalytic processnanoparticle researchcrystal growthnanomaterials

Mncoo X @Graphene Derived From Dual Mofs as Superior Anode for Lithium Ion Batteries. Integrated ferroelectrics (2023)

Shangrong TanZhuo YaoHong HuangZechen LiuDianli QuZiqiang LvZhaoyi Huo

materials sciencematerial chemistrylithium ion batteriesmetal anodemetalselectronic materialschemical engineeringmaterials engineeringenergy storage materialsrenewable energy storagefunctional materialselectrochemical energy storageelectrochemical engineeringenergy storagetransition metal chemistrydual mofssuperior anodeferroelectric applicationadvanced electrode materialgrapheneengineering

Thermal Decomposition Characteristics of Peo/Libf4/Lagp Composite Electrolytes. Journal of Composites Science (2022)

Jacob DenneyHong Huang

materials sciencecomposite materialsthermal engineeringthermal decomposition characteristicscomposite science

Impacts of Lithium Salts on the Thermal and Mechanical Characteristics in the Lithiated Peo/Lagp Composite Electrolytes. Journal of Composites Science (2021)

Jeremy LeeMichael RottmayerHong Huang

materials sciencemechanical engineeringcomposite materialsthermal engineeringmechanical characteristicslithium saltsapplied physicscomposite sciencecomposite technology

Experimental Nanomaterials and Nanoscience - an Interdisciplinary Laboratory Course. (2020)

Hong HuangSteven HigginsAaron BlakeJason DeibelIoana Sizemore

materials scienceexperimental nanomaterialsinterdisciplinary laboratory coursenanomaterialsnanotechnology

Fabrication and Characteristics of Mn@ Cu 3 (Btc) 2 for Low-Temperature Catalytic Reduction of No X With Nh 3. Advances in Materials Science and Engineering (2019)

Zhuo YaoDianli QuYuxiang GuoYujing YangHong Huang

thin filmsmaterials sciencecatalyst preparationmaterial chemistrymaterial researchcatalysisinorganic synthesislow-temperature catalytic reductioncoordination chemistrytransition metal chemistrymetal processingadvanced materialspowder metallurgyinorganic chemistryapplied physicscatalytic processengineering

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Hong Huang

Professor

Wright State University

Affiliations

College of Engineering and Computer Science

Computer Science and Engineering

Mechanical and Materials Engineering

Hong Huang is currently serving as a College Of Engineering And Computer Science Professor at Wright State University.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Hong Huang

Wright State University

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

High-Performance Supercapacitor Electrode Materials: Cu/Mnxx (X = O, S, C)-Rgo Nanocomposites Derived From Cumn-Btc Metal–Organic Framework. Journal of Electronic Materials (2025)

Shangrong TanZhuo YaoHong HuangZechen LiuShiqi GuoXinyun Zhao

Aspects of Nickel, Cobalt and Lithium, the Three Key Elements for LI-Ion Batteries: An Overview on Resources, Demands, and Production. Materials (2024)

Paul KalungiZhuo YaoHong Huang

Shangrong TanZhuo YaoHong HuangZiqiang LvZechen LiuShiqi Guo

Fabrication of Graphene-Supported Zn-Btc With Different Morphologies and Their Supercapacitor Performance. Ionics (2023)

Shangrong TanZhuo YaoZechen LiuLili LiHong Huang

Mn-Ce Oxide Nanoparticles Supported on Nitrogen-Doped Graphene for Low-Temperature Catalytic Reduction of Nox: De-Nitration Characteristics and Kinetics. Crystals (2023)

Shangrong TanZhuo YaoHong HuangFeng LiuZechen LiuXuyuan Wang

Mncoo X @Graphene Derived From Dual Mofs as Superior Anode for Lithium Ion Batteries. Integrated ferroelectrics (2023)

Shangrong TanZhuo YaoHong HuangZechen LiuDianli QuZiqiang LvZhaoyi Huo

Thermal Decomposition Characteristics of Peo/Libf4/Lagp Composite Electrolytes. Journal of Composites Science (2022)

Jacob DenneyHong Huang

materials sciencecomposite materialsthermal engineeringthermal decomposition characteristicscomposite science

Impacts of Lithium Salts on the Thermal and Mechanical Characteristics in the Lithiated Peo/Lagp Composite Electrolytes. Journal of Composites Science (2021)

Jeremy LeeMichael RottmayerHong Huang

materials sciencemechanical engineeringcomposite materialsthermal engineeringmechanical characteristicslithium saltsapplied physicscomposite sciencecomposite technology

Experimental Nanomaterials and Nanoscience - an Interdisciplinary Laboratory Course. (2020)

Hong HuangSteven HigginsAaron BlakeJason DeibelIoana Sizemore

materials scienceexperimental nanomaterialsinterdisciplinary laboratory coursenanomaterialsnanotechnology

Fabrication and Characteristics of Mn@ Cu 3 (Btc) 2 for Low-Temperature Catalytic Reduction of No X With Nh 3. Advances in Materials Science and Engineering (2019)

Zhuo YaoDianli QuYuxiang GuoYujing YangHong Huang

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Similar Faculty Members

Seung Soon Jang

Institution

Georgia Institute of Technology

chemistry

nanonetwork

Gleb Yushin

Institution

Georgia Institute of Technology

grid applications

energy storage material

Wonbong Choi

Institution

University of North Texas

nanotechnology

rechargeable batteries

Brian Landi

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nanomaterials

carbon nanotube

Ashok Kumar

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nano energy

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Xudong Wang

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University of Wisconsin–Madison

nanotechnology

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ceramic materials

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high pressure-high temperature

material performance

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materials science

applied physics