Faculty

Institution

Unit

Venue

Jiaqi Dai

Post-Doc Associate

University of Maryland, College Park

Affiliations

A. James Clark School of Engineering

Materials Science and Engineering

Jiaqi Dai is currently serving as an A. James Clark School Of Engineering Post-Doc Associate at University of Maryland, College Park.

Honors

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Experiences

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Education

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Jiaqi Dai

University of Maryland, College Park

Post-Doc Associate

You can click a keyword to filter the displayed items

materials science nanotechnology materials engineering advanced materials applied physics nanomaterials technology engineering energy storage energy storage materials nanoengineering material research thermal engineering electronic materials advanced electrode material additive manufacturing electrochemical energy storage composite science advanced energy material optoelectronics advanced manufacturing technologies material chemistry electrochemistry lithium-ion batteries nanobiotechnology wood science energy engineering printed electronics nanoparticle research energy chemistry nanostructure synthesis carbon-based materials interface science nanometrology wood technology surface nanotechnology cellulose energy research electric battery nano energy in-situ conversion advanced energy technology nanoscale science organic electronics nanoscale chemistry nanofibers material innovation battery configuration oxide electronics nanocellulose thermal insulation anisotropic materials metal anode renewable energy storage sustainable material development material preparation supercapacitors water technology semiconductor nanostructures thermal conductivity light management high-performance structural material lithium metal anodes high-performance sodium-ion batteries methane combustion stable catalysts denary oxide nanoparticles cellulose nanofibers solid state batteries green electronics situ synthesis high temperature boron nitride nanosheets interfacial impedance sustainable technological material bulk natural wood

Notable Scholarly Works

Notable Federal Grants

Collaborators

Unconventional Fatigue Failure of Densified Wood. Extreme Mechanics Letters (2024)

Bo ChenQiongyu ChenUlrich H. LeisteYu LiuTaotao MengJiaqi DaiAmy GongLiangbing HuWilliam L. FourneyTeng Li

unconventional fatigue failuredensified woodextreme conditionsmechanical behaviormechanics of materialsmechanicsmechanical engineeringmechanical performance

A Scalable High-Porosity Wood for Sound Absorption and Thermal Insulation. Nature Sustainability (2023)

Xinpeng ZhaoYu LiuLiuxian ZhaoAmirhossein YazdkhastiYimin MaoAmanda Pia SicilianoJiaqi DaiShuangshuang JingHua XieZhihan LiShuaiming HeBryson Callie CliffordJianguo LiGrace S. ChenEmily Q. WangAndre DesjarlaisDaniel SaloniMiao YuJan KośnyJ. Y. ZhuAmy GongLiangbing Hu

sustainable developmentscalable high-porosity woodsustainability sciencematerials engineeringthermal engineeringmaterials sciencesustainable designacoustic materialsforestry engineeringwood technologyenvironmental engineeringsustainable practicesadvanced materialssound absorptionthermal insulationwood scienceengineeringsustainable productionsustainable productsenvironmental sustainability

Sustainable Wood-Waste-Based Thermal Insulation Foam for Building Energy Efficiency. Buildings (2023)

Amanda SicilianoXinpeng ZhaoRebecca FedderwitzKishore RamakrishnanJiaqi DaiAmy GongJ. ZhuJan KośnyLiangbing Hu

building designthermal insulationbuilding technologysustainable constructionenvironmental engineeringengineeringbuilding engineeringgreen buildingthermal engineeringenergy efficiencymaterials sciencesustainable designsustainable buildings

Author Correction: Denary Oxide Nanoparticles as Highly Stable Catalysts for Methane Combustion. Nature Catalysis (2021)

Tangyuan LiYonggang YaoZhennan HuangPengfei XieZhenyu LiuMenghao YangJinlong GaoKaizhu ZengAlexandra H. BrozenaGlenn PastelMiaolun JiaoQi DongJiaqi DaiShuke LiHan ZongMiaofang ChiJian LuoYifei MoGuofeng WangChao WangReza Shahbazian-YassarLiangbing Hu

chemical sciencesmaterials scienceindustrial catalysisnanotechnologycatalysiscatalytic applicationsauthor correctionnanoengineeringmethane combustionfuel sciencestable catalystsdenary oxide nanoparticlesnanomanufacturingcatalyst preparationsustainable chemistrychemistryenergy chemistrynanoscale chemistrycombustion sciencenanoparticle researchchemical engineeringcombustion

Denary Oxide Nanoparticles as Highly Stable Catalysts for Methane Combustion. Nature Catalysis (2021)

chemical sciencesmaterials scienceindustrial catalysiselectrochemical engineeringnanotechnologycatalysiscatalytic applicationsnanoengineeringnanoparticlesmolecular catalysismethane combustionstable catalystsmembrane sciencedenary oxide nanoparticlescatalyst preparationsustainable chemistrychemistryenergy chemistrynanoscale chemistrynanoparticle researchchemical engineering

Developing Fibrillated Cellulose as a Sustainable Technological Material. Nature (2021)

Tian LiChaoji ChenAlexandra H. BrozenaJ. Y. ZhuLixian XuCarlos DriemeierJiaqi DaiOrlando J. RojasAkira IsogaiLars WågbergLiangbing Hu

sustainable technologiescellulosetechnologymaterials sciencepolymer sciencesustainable material developmentsustainable technological material

Rapid Synthesis and Sintering of Metals From Powders. Advanced Science (2021)

Chengwei WangWei ZhongWeiwei PingZhiwei LinRuiliu WangJiaqi DaiMiao GuoWei XiongJi‐Cheng ZhaoLiangbing Hu

advanced materialsrapid synthesispowder synthesismaterials sciencesinteringpowder metallurgy

Stamping Flexible LI Alloy Anodes. Advanced Materials (2021)

Jinlong GaoChaoji ChenQi DongJiaqi DaiYonggang YaoTangyuan LiAlexandra RundlettRuiliu WangChengwei WangLiangbing Hu

engineeringadvanced materialsmaterials engineeringmaterials sciencemechanical engineeringflexible electronics

Sustainable Off-Grid Desalination of Hypersaline Waters Using Janus Wood Evaporators. Energy & Environmental Science (2021)

Xi ChenShuaiming HeMark M. FalinskiYuxi WangTian LiSunxiang ZhengDongya SunJiaqi DaiYanhong BianXiaobo ZhuJinyue JiangLiangbing HuZhiyong Jason Ren

desalinationenvironmental engineeringsustainable energyenergy researchwater technologyjanus wood evaporatorsrenewable energyhypersaline waterssustainable off-grid desalinationenvironmental scienceenergy engineering

Sustainable Zero Liquid Discharge of Concentrated Brine by Janus Wood Evaporator. Research Square (2021)

Xi ChenShuaiming HeMark FalinskiYuxi WangTian LiSunxiang ZhengDongya SunJiaqi DaiYanhong BianXiaobo ZhuJinyue JiangLiangbing HuZhiyong Ren

environmental engineeringtechnologyjanus wood evaporatorwater treatmentconcentrated brine

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Jiaqi Dai

Post-Doc Associate

University of Maryland, College Park

Affiliations

A. James Clark School of Engineering

Materials Science and Engineering

Jiaqi Dai is currently serving as an A. James Clark School Of Engineering Post-Doc Associate at University of Maryland, College Park.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Jiaqi Dai

University of Maryland, College Park

Post-Doc Associate

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Unconventional Fatigue Failure of Densified Wood. Extreme Mechanics Letters (2024)

Bo ChenQiongyu ChenUlrich H. LeisteYu LiuTaotao MengJiaqi DaiAmy GongLiangbing HuWilliam L. FourneyTeng Li

unconventional fatigue failuredensified woodextreme conditionsmechanical behaviormechanics of materialsmechanicsmechanical engineeringmechanical performance

A Scalable High-Porosity Wood for Sound Absorption and Thermal Insulation. Nature Sustainability (2023)

Sustainable Wood-Waste-Based Thermal Insulation Foam for Building Energy Efficiency. Buildings (2023)

Amanda SicilianoXinpeng ZhaoRebecca FedderwitzKishore RamakrishnanJiaqi DaiAmy GongJ. ZhuJan KośnyLiangbing Hu

Author Correction: Denary Oxide Nanoparticles as Highly Stable Catalysts for Methane Combustion. Nature Catalysis (2021)

Denary Oxide Nanoparticles as Highly Stable Catalysts for Methane Combustion. Nature Catalysis (2021)

Developing Fibrillated Cellulose as a Sustainable Technological Material. Nature (2021)

Tian LiChaoji ChenAlexandra H. BrozenaJ. Y. ZhuLixian XuCarlos DriemeierJiaqi DaiOrlando J. RojasAkira IsogaiLars WågbergLiangbing Hu

sustainable technologiescellulosetechnologymaterials sciencepolymer sciencesustainable material developmentsustainable technological material

Rapid Synthesis and Sintering of Metals From Powders. Advanced Science (2021)

Chengwei WangWei ZhongWeiwei PingZhiwei LinRuiliu WangJiaqi DaiMiao GuoWei XiongJi‐Cheng ZhaoLiangbing Hu

advanced materialsrapid synthesispowder synthesismaterials sciencesinteringpowder metallurgy

Stamping Flexible LI Alloy Anodes. Advanced Materials (2021)

Jinlong GaoChaoji ChenQi DongJiaqi DaiYonggang YaoTangyuan LiAlexandra RundlettRuiliu WangChengwei WangLiangbing Hu

engineeringadvanced materialsmaterials engineeringmaterials sciencemechanical engineeringflexible electronics

Sustainable Off-Grid Desalination of Hypersaline Waters Using Janus Wood Evaporators. Energy & Environmental Science (2021)

Xi ChenShuaiming HeMark M. FalinskiYuxi WangTian LiSunxiang ZhengDongya SunJiaqi DaiYanhong BianXiaobo ZhuJinyue JiangLiangbing HuZhiyong Jason Ren

Sustainable Zero Liquid Discharge of Concentrated Brine by Janus Wood Evaporator. Research Square (2021)

Xi ChenShuaiming HeMark FalinskiYuxi WangTian LiSunxiang ZhengDongya SunJiaqi DaiYanhong BianXiaobo ZhuJinyue JiangLiangbing HuZhiyong Ren

environmental engineeringtechnologyjanus wood evaporatorwater treatmentconcentrated brine

1
2
3
4
5
16
10 / page

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