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Yoshitaka Tateyama, Dr. Prof.
Position
Group Leader
Company
National Institute for Materials Science
Location
Tsukuba, JAPAN
Networks
Bio

None provided.

Meeting Program
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EN01.03.02 : First-Principles Study on the Microscopic Origin of Interfacial Resistance Between Oxide Cathode and Sulfide Electrolyte in All-Solid-State Battery

4:00 PM–4:15 PM Apr 3, 2018

PCC North, 100 Level, Room 125 A

Yoshitaka Tateyama, Dr. Prof.Group Leader atNational Institute for Materials Science
Interests
Composition & Microstructure - FeaturesDefects
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Composition & Microstructure - FeaturesGrain Boundaries
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Composition & Microstructure - Material TypeCeramic
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Composition & Microstructure - Material TypeDiamond
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Composition & Microstructure - Material TypeOrganic
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Composition & Microstructure - Material TypeOrganometallic
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Composition & Microstructure - Material TypeOxide
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Composition & Microstructure - Material TypePolymer
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Composition & Microstructure - Material TypeWater
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Performance - Computingdata
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Performance - Computingsimulation
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Performance - FunctionalityCatalytic
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Performance - FunctionalityEnergy Storage
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Performance - FunctionalityEnvironmentally Protective
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Performance - FunctionalityIonic Conductor
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Performance - FunctionalityPhotovoltaic
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Performance - Material FormCoating
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Performance - Material FormCrystal
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Performance - Material FormLiquid
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Performance - TheoryKinetics
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Performance - Theorymodeling
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Performance - TheorySimulation
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Properties - ChemicalAdhesion
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Properties - ChemicalAdsorption
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Properties - ChemicalCorrosion
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Properties - ChemicalIon-Solid Interactions
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Properties - ChemicalReactivity
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Properties - ChemicalSurface Chemistry
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Synthesis & Processing - Chemical ReactionHydrogenation
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Synthesis & Processing - Chemical ReactionIntercalation
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Synthesis & Processing - Chemical ReactionOxidation
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Synthesis & Processing - Chemical ReactionPhotochemical
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Synthesis & Processing - Chemical ReactionSurface Reaction