Faculty

Institution

Unit

Venue

Tim Dawsey

Pittsburg State University

Affiliations

Center Of Polymer Research

Graduate And Continuing Programs

Pittsburg State University

NoneTim Dawsey is currently serving as a Center Of Polymer Research faculty at Pittsburg State University.

Honors

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Experiences

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Education

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Tim Dawsey

Pittsburg State University

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materials science energy storage chemical engineering energy storage materials polymer science electrochemistry polymer composites energy research advanced energy material engineering biomaterials composite materials polymer chemistry polymeric surface polymer degradation renewable energy storage electrochemical energy storage biomolecular engineering advanced materials energy chemistry carbon transition metal chemistry reinforced plastics bio-based materials water splitting advanced electrode material fire retardancy foams advanced composite material (engineering) fibers polymer testing biopolymers hydrogen energy advanced functional materials combustion science thermoplastic composite polymer additive biocomposites fiber-reinforced composites polymer materials supercapacitors degradable plastic bioplastics graphene nanomeshes graphene-based nano-antennas surface nanotechnology surface nanoengineering fuel science green nanotechnology fuel production organic electronics electric battery thermal energy storage energy storage devices electrochemical power source recent advancements biodegradable polymers overall water splitting cobalt-nitrogen-carbon material cobalt metal-organic framework high-molecular-weight polyester replacing terephthalate impressive elasticity recent advancement charge storage iron phosphide seawater splitting bimetal organic framework hydrogen evolution reaction aliphatic polyesters thermomechanical properties

Notable Scholarly Works

Notable Federal Grants

Collaborators

Carbon‐Based Cathode Design for Next‐Generation Potassium‐Sulfur Batteries: Status and Perspective. Energy Storage (2024)

carbon‐based cathode designadvanced energy materialelectrochemical energy storagechemical engineeringenergy researchcarbonenergy storage materialsadvanced electrode materialchemistryenergy storageelectrochemical power sourceelectrochemistry

Fully Biobased High-Molecular-Weight Polyester With Impressive Elasticity, Thermo-Mechanical Properties, and Enzymatic Biodegradability: Replacing Terephthalate. Macromolecules (2024)

bioplasticsimpressive elasticityhigh-molecular-weight polyesterbiochemical engineeringreplacing terephthalatebio-based materialsbiomolecular engineeringpolymer chemistrybiomaterialsdegradable plasticpolymer degradationpolymer sciencebiological engineeringpolymer composites

Nanoneedles Like Fep Engineered on Ni-Foam as an Effective Catalyst Towards Overall Alkaline Freshwater, Urea, and Seawater Splitting. Fuel (2024)

Anjali GuptaCassia A. AllisonRishabh SrivastavaAnuj KumarMina SimJeffery HorinekWang LinFelipe M. de SouzaSanjay R. MishraFelio PerezRam K. GuptaTim Dawsey

materials scienceseawater splittingcombustionchemical engineeringcatalysisfuel productionenergy researchsurface nanotechnologynanomaterialsfuel sciencegreen nanotechnologynanotechnologysurface nanoengineeringcombustion sciencenanoengineering

Biodegradable Polymers and Composites: Recent Development and Challenges. Polymer Composites (2023)

Atul Kumar MauryaFelipe Martins de SouzaTim DawseyRam K. Gupta

materials sciencefiber-reinforced compositesbiodegradable polymerssmart materialsfiberspolymer compositesbiocompositescomposite materialsadvanced materialspolymer degradationpolymer testingbiomaterialsbiopolymersbiomedical engineeringpolymer additivebio-based materialsbiomolecular engineeringpolymeric surfacepolymer materials

Insight Into the Synthesis and Thermomechanical Properties of “Short‐Long” Type Biobased Aliphatic Polyesters. Journal of Applied Polymer Science (2023)

Pranabesh SahuLav SharmaTim DawseyRam K. Gupta

aliphatic polyestersbiomaterialsthermomechanical propertiespolymer sciencebiological engineering

Phase Modification of Cobalt-Based Structures for Improvement of Catalytic Activities and Energy Storage. Electrochimica Acta (2023)

Cassia A. AllisonAnjali GuptaAnuj KumarRishabh SrivastavaWang LinJolaikha SultanaSanjay R. MishraFelio PerezRam K. GuptaTim Dawsey

materials sciencecatalytic activitiesphase modificationcobalt-based structuresenergy storageelectrochemistry

Recent Advancement in 3D Graphene for Metal-Sulfur Batteries. Journal of Energy Storage (2023)

materials sciencerecent advancementadvanced functional materialsadvanced energy materialgraphene-based nano-antennasgraphene nanomeshescarbonenergy storage materialsapplied physicsenergy storagegraphene

Ni‐Co ‐Based Bimetal Organic Framework as Superior Electrode Material for Hydrogen Evolution Reaction and Supercapacitors. Energy Storage (2023)

Shiva BhardwajRishabh SrivastavaTeddy MagetoSudhakar ReddyTim DawseyAnuj KumarRam Gupta

materials sciencematerial chemistryhydrogen evolution reactioncomposite sciencenanoengineeringelectrochemistrychemical engineeringmaterials engineeringenergy storage materialsadvanced materialsrenewable energy storageorganic electronicsadvanced energy materialelectrochemical energy storagebimetal organic frameworkenergy storagetransition metal chemistryadvanced electrode materialengineering

Solvent-Assisted Phase Modification of Ni P Material to Boost Electrocatalytic Water Splitting and Charge Storage Capacity. Journal of Energy Storage (2023)

Anjali GuptaCassia A. AllisonAnuj KumarRishabh SrivastavaMina SimJeffery HorinekWang LinFelipe M. de SouzaSanjay R. MishraFelio PerezRam K. GuptaTim Dawsey

materials scienceelectrocatalytic water splittingsustainable energy technologiesenergy chemistryelectrochemistrysustainable energychemical engineeringenergy researchenergy storage materialselectric batterywater splittingrenewable energy storagethermal energy storageelectrochemical energy storageelectrochemical engineeringcharge storage capacitysolvent-assisted phase modificationenergy storagetransition metal chemistryenergy harvestingengineering

Tuned Morphology Configuration to Augment the Electronic Structure and Durability of Iron Phosphide for Efficient Bifunctional Electrocatalysis and Charge Storage. Journal of Energy Storage (2023)

Anjali GuptaCassia A. AllisonAnuj KumarRishabh SrivastavaWang LinJolaikha SultanaSanjay R. MishraFelio PerezRam K. GuptaTim Dawsey

materials scienceiron phosphideenergy storagerenewable energy storagecharge storage

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Tim Dawsey

Pittsburg State University

Affiliations

Center Of Polymer Research

Graduate And Continuing Programs

Pittsburg State University

NoneTim Dawsey is currently serving as a Center Of Polymer Research faculty at Pittsburg State 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

Tim Dawsey

Pittsburg State University

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Carbon‐Based Cathode Design for Next‐Generation Potassium‐Sulfur Batteries: Status and Perspective. Energy Storage (2024)

Fully Biobased High-Molecular-Weight Polyester With Impressive Elasticity, Thermo-Mechanical Properties, and Enzymatic Biodegradability: Replacing Terephthalate. Macromolecules (2024)

Nanoneedles Like Fep Engineered on Ni-Foam as an Effective Catalyst Towards Overall Alkaline Freshwater, Urea, and Seawater Splitting. Fuel (2024)

Anjali GuptaCassia A. AllisonRishabh SrivastavaAnuj KumarMina SimJeffery HorinekWang LinFelipe M. de SouzaSanjay R. MishraFelio PerezRam K. GuptaTim Dawsey

Biodegradable Polymers and Composites: Recent Development and Challenges. Polymer Composites (2023)

Atul Kumar MauryaFelipe Martins de SouzaTim DawseyRam K. Gupta

Insight Into the Synthesis and Thermomechanical Properties of “Short‐Long” Type Biobased Aliphatic Polyesters. Journal of Applied Polymer Science (2023)

Pranabesh SahuLav SharmaTim DawseyRam K. Gupta

aliphatic polyestersbiomaterialsthermomechanical propertiespolymer sciencebiological engineering

Phase Modification of Cobalt-Based Structures for Improvement of Catalytic Activities and Energy Storage. Electrochimica Acta (2023)

Cassia A. AllisonAnjali GuptaAnuj KumarRishabh SrivastavaWang LinJolaikha SultanaSanjay R. MishraFelio PerezRam K. GuptaTim Dawsey

materials sciencecatalytic activitiesphase modificationcobalt-based structuresenergy storageelectrochemistry

Recent Advancement in 3D Graphene for Metal-Sulfur Batteries. Journal of Energy Storage (2023)

Ni‐Co ‐Based Bimetal Organic Framework as Superior Electrode Material for Hydrogen Evolution Reaction and Supercapacitors. Energy Storage (2023)

Shiva BhardwajRishabh SrivastavaTeddy MagetoSudhakar ReddyTim DawseyAnuj KumarRam Gupta

Solvent-Assisted Phase Modification of Ni P Material to Boost Electrocatalytic Water Splitting and Charge Storage Capacity. Journal of Energy Storage (2023)

Anjali GuptaCassia A. AllisonAnuj KumarRishabh SrivastavaMina SimJeffery HorinekWang LinFelipe M. de SouzaSanjay R. MishraFelio PerezRam K. GuptaTim Dawsey

Tuned Morphology Configuration to Augment the Electronic Structure and Durability of Iron Phosphide for Efficient Bifunctional Electrocatalysis and Charge Storage. Journal of Energy Storage (2023)

Anjali GuptaCassia A. AllisonAnuj KumarRishabh SrivastavaWang LinJolaikha SultanaSanjay R. MishraFelio PerezRam K. GuptaTim Dawsey

materials scienceiron phosphideenergy storagerenewable energy storagecharge storage

1
2
10 / page