Faculty

Institution

Unit

Venue

Turgut Çır

Adjunct Professor

Stanford University

Affiliations

School of Engineering

Materials Science & Engineering

Turgut Çır is currently serving as a Materials Science & Engineering Adjunct Professor at Stanford University.

Honors

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Experiences

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Education

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Turgut Çır

Stanford University

Adjunct Professor

You can click a keyword to filter the displayed items

materials science electrochemistry electrochemical engineering chemical engineering materials engineering applied physics fuel cells engineering condensed matter physics thin films nanotechnology advanced materials material chemistry energy conversion energy chemistry electronic materials thermal engineering electrochemical process material research advanced energy material solid-state chemistry energy research sustainable energy technologies electrochemical interfaces power generation carbon-based materials hydrogen production condensed matter carbon advanced energy technology advanced electrode material transition metal chemistry electroceramics combustion engineering electrode-electrolyte interfaces atomic layer deposition combustion science manufacturing technology energy storage materials solid-state ionics nanocrystalline materials biomass conversion ionic conductors surface electrochemistry surface chemistry atomic layer fuel science power engineering membrane technology electrochemical cell surface engineering gasification industrial catalysis ionic conductivity carbon fuel cell fuel production nanostructure synthesis ceramic technology superconducting materials catalyst preparation material preparation charge transport manufacturing engineering solid-state batteries oxygen exchange solid carbon conversion methane synthesis solid-state ionic technique mixed conductors steam-carbon electrochemical cell electrical power carbon utilization large-scale grid storage carbon dioxide emissions efficient electricity generation comprehensive review

Notable Scholarly Works

Notable Federal Grants

Collaborators

High-Temperature Fuel Cells for Zero-Carbon Electricity Production From Fossil Fuels. (2025)

energy transitionenergy transformationfuel cellssustainable energychemical engineeringbiofuel cellslow-carbon technologyenergy conversioncarbonpower generationsustainable energy technologies

In Situ Surface Monitoring of Energy Materials During Processing: Impact of Defect Disorder on Surface Versus Bulk Semiconducting Properties of Photocatalytic Hematite (Fe 2 O 3 ). Energy Advances (2024)

T. BakD. StC. BlackP. GannonT. M. GürI. JasiukS. A. SherifW. M. SigmundJ. Nowotny

thin filmsmaterials sciencephotoelectrochemistryadvanced energy materialsurface scienceelectronic materialsoxide electronicsphotocatalysisinorganic photochemistryenergy conversionoxide semiconductorsapplied physicsenergy materialscharacterization (materials science)surface analysis

Mixed Conducting Oxide Coating for Lithium Batteries. ACS Nano (2024)

Yunha JungJonathan E. MuellerSettasit ChaikasetsinGwon Deok HanSimin NieHyun Soo HanTurgut M. GürFritz B. Prinz

materials sciencechemical engineeringoxide coatingoxide electronicslithium batteriesenergy storage materialscoatingsnanomaterialsenergy storagenanotechnology

Simultaneous Performance and Stability Enhancement in Intermediate Temperature Solid Oxide Fuel Cells by Powder‐Atomic Layer Deposited Lscf@Zro 2 Cathodes (Small Methods 1/2024). Small Methods (2024)

Sung Eun JoSungHyun JeonHyong June KimByung Chan YangKyoungjae JuTurgut M. GürWooChul JungJihwan An

materials sciencetechnologymethodological developmentmaterial chemistrynumerical simulationscontinual improvement processelectronic materialschemical engineeringmaterials engineeringadvanced materialsadvanced energy materialstability enhancementelectrochemical engineeringsimultaneous performancesolid-state chemistryprototype implementationenergy storagefuel cellspowder-atomic layeradvanced electrode material

Electron Probe Bridging Solid-State Chemistry and Surface Chemistry: Example of the Tio 2 -O 2 System. ACS Applied Energy Materials (2023)

Tadeusz BakTurgut M. GürJanusz Nowotny

materials sciencetechnologysurface chemistrysolid-state chemistryadvanced materialsapplied physicselectron probe

Giga-Ton and Tera-Watt Scale Challenges at the Energy - Climate Crossroads: A Global Perspective. Energy (2023)

Turgut M. Gür

technologyenergy transitionshort-term variabilityclimate policyenvironmental scienceenergy explorationenergy productionclimate crossroadsenergy researchglobal perspectiveenergy consumptionenergy strategiesenergy managementenergy analysisenergy conversionenergy policyenergy transformationtera-watt scale challengesglobal warming potentialclimate change

(Invited) Ceramic-Based Electrochemical Systems for Sustainable Transition to Zero-Carbon Energy. ECS Meeting Abstracts (2023)

Turgut M. Gür

sustainable energychemical engineeringelectrochemical engineeringelectrochemical processsustainable transitionceramic-based electrochemical systemsceramicssustainable energy technologieselectrochemistry

Peald Ru-Decorated Ni-Sdc Cermet Anode for Utilizing Methane Fuel in Low-Temperature Sofcs. Surfaces and Interfaces (2023)

Dohyun GoTaeyoung KimHaoyu LiThomasJae GarciaByung Chan YangTurgut M. GürMin Hwan LeeJihwan An

materials sciencematerial chemistrysurface engineeringsurface characterizationnanoengineeringinterface sciencematerials engineeringadvanced materialsapplied physicsnanotechnologyadvanced energy materiallow-temperature sofcsmethane fuelsurface modelingtransition metal chemistryenvironmental engineeringsurface chemistrysurface sciencenanoparticle researchinterface chemistry

Methanol Fueled Low Temperature Solid Oxide Fuel Cell With Pt-Sdc Anodes. ECS Meeting Abstracts (2022)

Byung Chan YangSung Eun JoTaeyoung KimGeonwoo ParkDohyun GOTurgut M. GurJihwan An

pt-sdc anodesfuel cellschemical engineeringelectrochemical engineeringelectrochemistry

Pt-Sdc Alloy Anode for Methanol Fueled Low Temperature Solid Oxide Fuel Cell. Journal of Alloys and Compounds (2022)

Byung Chan YangSung Eun JoTaeyoung KimGeonwoo ParkDohyun GoTurgut M. GürJihwan An

materials sciencefuel cellsmechanical engineeringmaterials engineeringpt-sdc alloy anodeenergy storagealloy designengineering

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Turgut Çır

Adjunct Professor

Stanford University

Affiliations

School of Engineering

Materials Science & Engineering

Turgut Çır is currently serving as a Materials Science & Engineering Adjunct Professor at Stanford 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

Turgut Çır

Stanford University

Adjunct Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

High-Temperature Fuel Cells for Zero-Carbon Electricity Production From Fossil Fuels. (2025)

energy transitionenergy transformationfuel cellssustainable energychemical engineeringbiofuel cellslow-carbon technologyenergy conversioncarbonpower generationsustainable energy technologies

T. BakD. StC. BlackP. GannonT. M. GürI. JasiukS. A. SherifW. M. SigmundJ. Nowotny

Mixed Conducting Oxide Coating for Lithium Batteries. ACS Nano (2024)

Yunha JungJonathan E. MuellerSettasit ChaikasetsinGwon Deok HanSimin NieHyun Soo HanTurgut M. GürFritz B. Prinz

materials sciencechemical engineeringoxide coatingoxide electronicslithium batteriesenergy storage materialscoatingsnanomaterialsenergy storagenanotechnology

Sung Eun JoSungHyun JeonHyong June KimByung Chan YangKyoungjae JuTurgut M. GürWooChul JungJihwan An

Electron Probe Bridging Solid-State Chemistry and Surface Chemistry: Example of the Tio 2 -O 2 System. ACS Applied Energy Materials (2023)

Tadeusz BakTurgut M. GürJanusz Nowotny

materials sciencetechnologysurface chemistrysolid-state chemistryadvanced materialsapplied physicselectron probe

Giga-Ton and Tera-Watt Scale Challenges at the Energy - Climate Crossroads: A Global Perspective. Energy (2023)

Turgut M. Gür

(Invited) Ceramic-Based Electrochemical Systems for Sustainable Transition to Zero-Carbon Energy. ECS Meeting Abstracts (2023)

Turgut M. Gür

Peald Ru-Decorated Ni-Sdc Cermet Anode for Utilizing Methane Fuel in Low-Temperature Sofcs. Surfaces and Interfaces (2023)

Dohyun GoTaeyoung KimHaoyu LiThomasJae GarciaByung Chan YangTurgut M. GürMin Hwan LeeJihwan An

Methanol Fueled Low Temperature Solid Oxide Fuel Cell With Pt-Sdc Anodes. ECS Meeting Abstracts (2022)

Byung Chan YangSung Eun JoTaeyoung KimGeonwoo ParkDohyun GOTurgut M. GurJihwan An

pt-sdc anodesfuel cellschemical engineeringelectrochemical engineeringelectrochemistry

Pt-Sdc Alloy Anode for Methanol Fueled Low Temperature Solid Oxide Fuel Cell. Journal of Alloys and Compounds (2022)

Byung Chan YangSung Eun JoTaeyoung KimGeonwoo ParkDohyun GoTurgut M. GürJihwan An

materials sciencefuel cellsmechanical engineeringmaterials engineeringpt-sdc alloy anodeenergy storagealloy designengineering

1
2
3
4
5
16
10 / page

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Sossina M. Haile

Institution

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materials science

applied physics

Soumendra Basu

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advanced materials

electrochemistry

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energy storage material

solid-state ionic

Xiao-Dong Zhou

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cleaner production

alternative energy solution

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heterogeneous catalysts

industrial catalysis