Faculty

Institution

Unit

Venue

Doreen Edwards

Dean Kate Gleason College of Engineering

Alfred University

Affiliations

Alfred University

College Of Engineering

Kazuo Inamori School of Engineering

Department Of Ceramic Engineering

Department Of Electrical Engineering

Department Of Glass Science And Engineering

Department Of Materials Science And Engineering

Department Of Renewable Energy Engineering

Institute For Glass Science And Engineering

School Of Ceramics And Materials Sciences

Doreen Edwards is currently serving as an Alfred University Dean Kate Gleason College of Engineering at Alfred University.

Honors

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Experiences

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Education

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Doreen Edwards

Alfred University

Dean Kate Gleason College of Engineering

You can click a keyword to filter the displayed items

materials science applied physics advanced materials material research characterization (materials science) materials engineering ceramics advanced ceramics condensed matter physics thin films crystallography functional ceramics functional materials electroceramics crystal growth oxide electronics electrical engineering electronic materials ceramic materials physics advanced functional materials condensed matter engineering ceramic crystal research advanced dielectric interface science solid-state chemistry phase equilibrium metals microwave ceramic crystal engineering gallium oxide thin film processing thin film process technology electrical properties phase stability advanced energy material solid-state electronics material chemistry energy ceramic high-tc superconductivity material analysis thermoelectric materials ceramic technology corrosion protection protective coatings defect formation instrument development experimental limitations refractory metals superconducting materials equilibrium thermodynamics equilibrium thermodynamic property non-equilibrium process electrical conductivity dielectric properties phase equilibria nanosheets nanoscale science low dimensional materials semiconductor materials dynamic equilibrium spectroscopic methods pyroelectricity catalytic applications point defects specific capacitance δ-mno2 nanosheets homologous compounds phase relationships x-ray photoelectron oxygen stoichiometry thermopower measurements p-type thermoelectric properties oxygen-deficient perovskite ca2fe2o5 brownmillerite structure

Notable Scholarly Works

Notable Federal Grants

Collaborators

Nanodomains and Local Structure in Ternary Alkaline-Earth Hexaborides. Journal of Applied Crystallography (2018)

Robert KochPeter C. MetzOscar JaimeC. Ingram Vargas-ConsuelosRaúl Borja-UrbyJ. Y. Peter KoJames T. CahillDoreen EdwardsVictor R. VasquezOlivia A. GraeveScott T. Misture

nanomaterialslocal structurenanotechnologycrystallographyternary alkaline-earth hexaboridesmaterials science

Effect of Current on Diffusivity in Metal Hexaborides: A Spark Plasma Sintering Study. ACS Applied Materials & Interfaces (2017)

James T. CahillVictor R. VasquezScott T. MistureDoreen EdwardsOlivia A. Graeve

materials engineeringengineeringmaterial researchapplied physicsmetal hexaboridesmaterials science

Phase Stability of Mixed-Cation Alkaline-Earth Hexaborides. Crystal Growth & Design (2017)

James T. CahillMichael AlbergaJoel BahenaChristopher PisanoRaúl Borja-UrbyVictor R. VasquezDoreen EdwardsScott T. MistureOlivia A. Graeve

mixed-cation alkaline-earth hexaboridescrystallographycrystal growthphase stabilitymaterials science

Surface Termination Analysis of Stoichiometric Metal Hexaborides: Insights From First-Principles and Xps Measurements. Acta Materialia (2017)

K.M. SchmidtO. JaimeJ.T. CahillD. EdwardsS.T. MistureO.A. GraeveV.R. Vasquez

stoichiometric metal hexaboridesmaterials engineeringmechanical engineeringapplied physicscondensed matter physicsmaterials sciencesurface termination analysis

The Critical Role of Point Defects in Improving the Specific Capacitance of δ-Mno2 Nanosheets. Nature Communications (2017)

nanomaterialsdefect formationoxide electronicsnanotechnologypoint defectsadvanced energy materialadvanced functional materialsnanosheetsnanoscale sciencelow dimensional materialsspecific capacitancefunctional materialsapplied physicsthin filmsδ-mno2 nanosheetsnanoelectronicsmaterials science

Self‐Supported Lithium Titanium Oxide Nanosheet Arrays Decorated With Molybdenum Disulfide for High‐Performance Lithium‐Ion Batteries. Energy Technology (2016)

nanomaterialssolid-state batteriesadvanced materialsnanotechnologymaterial researchenergy storage materialsmaterial chemistryadvanced electrode materialhigh‐performance lithium‐ion batterieselectrochemical energy storagenano energyenergy storageadvanced energy materialapplied physicsmolybdenum disulfidelithium-ion batteriesmaterials science

B23-P-13The Microstructure Analysis of Kinetic Demixing/Decomposition in Ba 0.5 Sr 0.5 Co X Fe 1-X O 3-Δ. Microscopy (2015)

intermetallicsmaterials engineeringdefect formationcubic boron nitridekinetic demixing/decompositioncomputational materials sciencematerial researchchemical kineticsenergetic materialscharacterization (materials science)microstructurecrystal growthapplied physicstransformation kineticsmaterials science

Sulfur-Resistant and Regenerable Ni/Co Spinel-Based Catalysts for Methane Dry Reforming. Catalysis Science & Technology (2015)

energy chemistrynatural gascatalytic applicationscatalytic processcatalyst recyclingenergy researchchemical engineeringcatalytic materialsindustrial catalysischemical reaction engineeringcatalysissustainable chemistrychemistrymethane dry

A Comparison of the Photocatalytic Activity of Six Tunneled Titanates. Journal of Solid State Chemistry (2013)

energy chemistryphotoelectrochemistryinorganic chemistry frontieradvanced materialsphotocatalysisphotocatalytic activitymaterial chemistryphotochemistrycatalysisinorganic photochemistrychemistrymaterials science

Cheminform Abstract: A Comparison of the Photocatalytic Activity of Six Tunneled Titanates.. ChemInform (2013)

energy chemistryphotoelectrochemistryinorganic chemistrycheminform abstractinorganic chemistry frontiercheminformaticssix tunneled titanatesphotocatalysisphotocatalytic activityphotochemistrycatalysistransition metal chemistrychemistryinorganic photochemistrysynthetic photochemistryphotoredox processmaterials science

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Doreen Edwards

Dean Kate Gleason College of Engineering

Alfred University

Affiliations

Alfred University

College Of Engineering

Kazuo Inamori School of Engineering

Department Of Ceramic Engineering

Department Of Electrical Engineering

Department Of Glass Science And Engineering

Department Of Materials Science And Engineering

Department Of Renewable Energy Engineering

Institute For Glass Science And Engineering

School Of Ceramics And Materials Sciences

Doreen Edwards is currently serving as an Alfred University Dean Kate Gleason College of Engineering at Alfred 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

Doreen Edwards

Alfred University

Dean Kate Gleason College of Engineering

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Nanodomains and Local Structure in Ternary Alkaline-Earth Hexaborides. Journal of Applied Crystallography (2018)

Robert KochPeter C. MetzOscar JaimeC. Ingram Vargas-ConsuelosRaúl Borja-UrbyJ. Y. Peter KoJames T. CahillDoreen EdwardsVictor R. VasquezOlivia A. GraeveScott T. Misture

nanomaterialslocal structurenanotechnologycrystallographyternary alkaline-earth hexaboridesmaterials science

Effect of Current on Diffusivity in Metal Hexaborides: A Spark Plasma Sintering Study. ACS Applied Materials & Interfaces (2017)

James T. CahillVictor R. VasquezScott T. MistureDoreen EdwardsOlivia A. Graeve

materials engineeringengineeringmaterial researchapplied physicsmetal hexaboridesmaterials science

Phase Stability of Mixed-Cation Alkaline-Earth Hexaborides. Crystal Growth & Design (2017)

James T. CahillMichael AlbergaJoel BahenaChristopher PisanoRaúl Borja-UrbyVictor R. VasquezDoreen EdwardsScott T. MistureOlivia A. Graeve

mixed-cation alkaline-earth hexaboridescrystallographycrystal growthphase stabilitymaterials science

Surface Termination Analysis of Stoichiometric Metal Hexaborides: Insights From First-Principles and Xps Measurements. Acta Materialia (2017)

K.M. SchmidtO. JaimeJ.T. CahillD. EdwardsS.T. MistureO.A. GraeveV.R. Vasquez

stoichiometric metal hexaboridesmaterials engineeringmechanical engineeringapplied physicscondensed matter physicsmaterials sciencesurface termination analysis

The Critical Role of Point Defects in Improving the Specific Capacitance of δ-Mno2 Nanosheets. Nature Communications (2017)

Self‐Supported Lithium Titanium Oxide Nanosheet Arrays Decorated With Molybdenum Disulfide for High‐Performance Lithium‐Ion Batteries. Energy Technology (2016)

B23-P-13The Microstructure Analysis of Kinetic Demixing/Decomposition in Ba 0.5 Sr 0.5 Co X Fe 1-X O 3-Δ. Microscopy (2015)

Sulfur-Resistant and Regenerable Ni/Co Spinel-Based Catalysts for Methane Dry Reforming. Catalysis Science & Technology (2015)

A Comparison of the Photocatalytic Activity of Six Tunneled Titanates. Journal of Solid State Chemistry (2013)

Cheminform Abstract: A Comparison of the Photocatalytic Activity of Six Tunneled Titanates.. ChemInform (2013)

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7
10 / page