Faculty

Institution

Unit

Venue

Dong Zheng

Scientist III

University of Wisconsin–Milwaukee

Affiliations

College of Engineering & Applied Science

Biomedical Engineering

Industrial & Manufacturing Engineering

Mechanical Engineering

College of Letters & Science

Dong Zheng is currently serving as a Biomedical Engineering Scientist III at University of Wisconsin–Milwaukee.

Honors

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Experiences

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Education

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Dong Zheng

University of Wisconsin–Milwaukee

Scientist III

You can click a keyword to filter the displayed items

energy storage materials science electrochemistry electrochemical energy storage energy storage materials applied physics chemical engineering electrochemical engineering engineering energy chemistry materials engineering advanced electrode material advanced energy material material chemistry renewable energy storage lithium-ion batteries energy research advanced materials electronic materials lithium-sulfur batteries nanotechnology renewable energy material research carbon-based materials surface electrochemistry composite science interface science supercapacitors electrode-electrolyte interfaces interface chemistry mesoporous carbon polysulfide species nanoengineering energy engineering solid-state batteries power engineering industrial chemistry lithium-sulfur battery non-aqueous electrolyte sustainable energy technologies nano energy manufacturing science thermal engineering carbon energy environment energy storage devices sodium battery activated carbons battery configuration industrial catalysis applied chemistry energy materials power generation electric battery polysulfide ions non-aqueous electrolytes electrochemical hydrogen insertion redox-active organic cation catalytic disproportionation electrochemical hydrogen storage chemical sciences membrane science energy storage systems real-time monitoring nanocomposites chromatographic analysis nanobiotechnology oxide electronics electroactive material chemical technology manufacturing engineering ultra-long cycle life chemical prelithiation ambient air negative electrodes advanced lithium-ion batteries lithium metal battery electrochemical energy conversion

Notable Scholarly Works

Notable Federal Grants

Collaborators

Assessing the Viability of Sufolane-Based Electrolytes in Lithium-Sulfur Batteries: Challenges and Limitations. Journal of Power Sources (2025)

Dong ZhengDantong QiuYang QinXiaoxiao ZhangMiao LiuHuainan QuTianyao DingDeyang Qu

energy researchelectrochemical power sourcechemical engineeringlithium-sulfur batteriessufolane-based electrolyteselectrochemical energy storageenergy storage

A Catalytic Disproportionation Reaction of Polysulfides Enabled by a Bio-Carbon Host for LI-Sulfur Batteries. Meeting abstracts/Meeting abstracts (Electrochemical Society. CD-ROM) (2024)

Dantong QiuDong ZhengXiaoxiao ZhangHuainan QuTianyao DingMiao LiuDeyang Qu

energy chemistrycatalytic disproportionation reactionchemical engineeringcatalysiselectrochemical energy storagebio-carbon hostli-sulfur batteriesenergy storageelectrochemistry

Chemical Interactions Between Dissolved Polysulfides and Potential Catalytic Host Materials for LI–S Batteries. ACS Applied Materials & Interfaces (2024)

Dong ZhengDantong QiuMiao LiuXiaoxiao ZhangHuainan QuTianyao DingDeyang Qu

energy materialsinterface scienceelectrochemical energy storageenergy storage materialspolymer chemistrylithium-ion batterieselectrochemistrychemical interactionspolymer scienceinterface chemistryli-s batteriesengineeringmaterial researchrenewable energy storageenergy storagematerials engineeringchemical engineeringmaterial chemistryenergy chemistrymaterials science

Factors Governing the Presodiation Degree of Hard Carbon Anode for Sodium Ion Batteries. Journal of The Electrochemical Society (2024)

Xiaoxiao ZhangLe XinHuainan QuDantong QiuMiao LiuTianyao DingDong ZhengDeyang Qu

sodium ion batterieselectrochemical engineeringhard carbon anodeelectrochemical energy storagepresodiation degreeenergy storagematerials scienceelectrochemistry

Remediation of Shuttle Effect in a LI-Sulfur Battery via a Catalytic Pseudo-8-Electron Redox Reaction at the Sulfur Cathode. Electrochemistry Communications (2024)

Dantong QiuHuainan QuDong ZhengXiaoxiao ZhangDeyang Qu

energy chemistrycatalyst recyclingli-sulfur batterycarbonshuttle effectelectrochemical engineeringchemical engineeringsulfur cathodeenergy storagecatalysistransition metal chemistryelectrochemical energy storageredox chemistryelectrocatalystselectrochemical processfundamental electrochemistrybiomolecular engineeringelectrochemistry

Two-Dimensional Siloxene: A Promising Silicon-Based Material With Buffered Volume Change as Anode for Lithium Ion Batteries. Meeting abstracts/Meeting abstracts (Electrochemical Society. CD-ROM) (2024)

Xiaoxiao ZhangLe XinDantong QiuHuainan QuMiao LiuTianyao DingDong ZhengDeyang Qu

two-dimensional siloxenepromising silicon-based materialadvanced electrode materialbuffered volume changeenergy storageenergy storage materialsmaterials scienceelectrochemistry

Dendrite Growth Suppression and In-Situ Surface Observation of Lithium Battery Under an Optical Microscope. Meeting abstracts/Meeting abstracts (Electrochemical Society. CD-ROM) (2023)

Tianyao DingDeyang QuDong ZhengXiaoxiao ZhangHuainan QuDantong QiuMiao Liu

lithium-ion batteriesoptical microscopeelectrochemical engineeringelectrochemical surface sciencedendrite growth suppressionmechanical engineeringelectrical engineeringlithium batteryenergy storagein-situ surface observationcondensed matter physicsmaterials scienceelectrochemistry

Dynamic Surface Protective Layer on a Metallic Lithium Anode With Electronic and Ionic Dual Conductivity. Journal of Power Sources (2023)

Tianyao DingHuainan QuXiaoxiao ZhangDong ZhengWeixiao JiDeyang Qu

electric batteryelectronic materialselectrochemical energy storageionic dual conductivityenergy storage materialslithium-ion batterieselectrochemistryelectrochemical engineeringengineeringrenewable energyenergy storageenergy harvestingmetallic lithium anodeelectrical engineeringpower generationenergy researchpower engineeringpower electronicsmaterials science

High-Performance LI-S Batteries With a Minimum Shuttle Effect: Disproportionation of Dissolved Polysulfide to Elemental Sulfur Catalyzed by a Bifunctional Carbon Host. ACS Applied Materials & Interfaces (2023)

Dantong QiuXiaoxiao ZhangDong ZhengWeixiao JiTianyao DingHuainan QuMiao LiuDeyang Qu

chemical engineeringminimum shuttle effectcatalysiselectrochemical energy storagerenewable energy storagehigh-performance li-s batteriesdissolved polysulfideenergy storageapplied physicsmaterials sciencebifunctional carbon host

In-Situ Electrochemical Optical Techniques in the Investigation of Lithium Interfacial Phenomena With a Liquid and a Solid-State Electrolyte. Journal of Power Sources (2023)

Ding, TianyaoZheng, DongQu, HuainanJi, WeixiaoZhang, XiaoxiaoLu, DongpingWang, GongweiQu, Deyang

solid-state electrolytelithium interfacial phenomenaenergy storagelithium-ion batteriesmaterials scienceelectrochemistry

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Dong Zheng

Scientist III

University of Wisconsin–Milwaukee

Affiliations

College of Engineering & Applied Science

Biomedical Engineering

Industrial & Manufacturing Engineering

Mechanical Engineering

College of Letters & Science

Dong Zheng is currently serving as a Biomedical Engineering Scientist III at University of Wisconsin–Milwaukee.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Dong Zheng

University of Wisconsin–Milwaukee

Scientist III

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Assessing the Viability of Sufolane-Based Electrolytes in Lithium-Sulfur Batteries: Challenges and Limitations. Journal of Power Sources (2025)

Dong ZhengDantong QiuYang QinXiaoxiao ZhangMiao LiuHuainan QuTianyao DingDeyang Qu

energy researchelectrochemical power sourcechemical engineeringlithium-sulfur batteriessufolane-based electrolyteselectrochemical energy storageenergy storage

A Catalytic Disproportionation Reaction of Polysulfides Enabled by a Bio-Carbon Host for LI-Sulfur Batteries. Meeting abstracts/Meeting abstracts (Electrochemical Society. CD-ROM) (2024)

Dantong QiuDong ZhengXiaoxiao ZhangHuainan QuTianyao DingMiao LiuDeyang Qu

energy chemistrycatalytic disproportionation reactionchemical engineeringcatalysiselectrochemical energy storagebio-carbon hostli-sulfur batteriesenergy storageelectrochemistry

Chemical Interactions Between Dissolved Polysulfides and Potential Catalytic Host Materials for LI–S Batteries. ACS Applied Materials & Interfaces (2024)

Dong ZhengDantong QiuMiao LiuXiaoxiao ZhangHuainan QuTianyao DingDeyang Qu

Factors Governing the Presodiation Degree of Hard Carbon Anode for Sodium Ion Batteries. Journal of The Electrochemical Society (2024)

Xiaoxiao ZhangLe XinHuainan QuDantong QiuMiao LiuTianyao DingDong ZhengDeyang Qu

sodium ion batterieselectrochemical engineeringhard carbon anodeelectrochemical energy storagepresodiation degreeenergy storagematerials scienceelectrochemistry

Remediation of Shuttle Effect in a LI-Sulfur Battery via a Catalytic Pseudo-8-Electron Redox Reaction at the Sulfur Cathode. Electrochemistry Communications (2024)

Dantong QiuHuainan QuDong ZhengXiaoxiao ZhangDeyang Qu

Xiaoxiao ZhangLe XinDantong QiuHuainan QuMiao LiuTianyao DingDong ZhengDeyang Qu

two-dimensional siloxenepromising silicon-based materialadvanced electrode materialbuffered volume changeenergy storageenergy storage materialsmaterials scienceelectrochemistry

Dendrite Growth Suppression and In-Situ Surface Observation of Lithium Battery Under an Optical Microscope. Meeting abstracts/Meeting abstracts (Electrochemical Society. CD-ROM) (2023)

Tianyao DingDeyang QuDong ZhengXiaoxiao ZhangHuainan QuDantong QiuMiao Liu

Dynamic Surface Protective Layer on a Metallic Lithium Anode With Electronic and Ionic Dual Conductivity. Journal of Power Sources (2023)

Tianyao DingHuainan QuXiaoxiao ZhangDong ZhengWeixiao JiDeyang Qu

Dantong QiuXiaoxiao ZhangDong ZhengWeixiao JiTianyao DingHuainan QuMiao LiuDeyang Qu

In-Situ Electrochemical Optical Techniques in the Investigation of Lithium Interfacial Phenomena With a Liquid and a Solid-State Electrolyte. Journal of Power Sources (2023)

Ding, TianyaoZheng, DongQu, HuainanJi, WeixiaoZhang, XiaoxiaoLu, DongpingWang, GongweiQu, Deyang

solid-state electrolytelithium interfacial phenomenaenergy storagelithium-ion batteriesmaterials scienceelectrochemistry

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Deyang Qu

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University of Wisconsin–Milwaukee

energy storage material

advanced energy material

Partha P. Mukherjee

Institution

Purdue University

reactive transport

microstructure interactions

Seung Woo Lee

Institution

Georgia Institute of Technology

electrochemistry

energy research

Xiao-Dong Zhou

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University of Connecticut

cleaner production

alternative energy solution

Hongmei Luo

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New Mexico State University

materials science

chemical engineering

Fuqiang Liu

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University of Massachusetts Lowell

nanostructured materials

nano energy

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Purdue University

fuel cell

electrochemistry

Seung Soon Jang

Institution

Georgia Institute of Technology

chemistry

nanonetwork

Perla Balbuena

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Texas A&M University

materials science

applied physics

Gleb Yushin

Institution

Georgia Institute of Technology

grid applications

energy storage material