Faculty

Institution

Unit

Venue

John Ferraris

Professor

University of Texas at Dallas

Affiliations

School of Natural Sciences and Mathematics

Chemistry & Biochemistry

John Ferraris is currently serving as a Chemistry & Biochemistry Professor at University of Texas At Dallas.

Honors

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Experiences

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Education

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John Ferraris

University of Texas at Dallas

Professor

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materials science polymer science applied physics materials engineering organic electronics chemical engineering nanotechnology advanced materials energy storage chemistry membrane technology electrochemistry nanomaterials energy storage materials electronic materials polymer technology advanced electrode material material chemistry membrane science material research polymer chemistry composite science separation technology advanced energy material carbon-based materials polymer engineering electrochemical energy storage thermal engineering supercapacitors gas separations fiber science electrode-electrolyte interfaces nanofibers optical engineering electrochromic properties electronics energy chemistry energy research energy engineering polymer synthesis polymer nanotechnology chemical sciences condensed matter crystal structures conducting polymers synthetic chemistry surface nanotechnology sustainable energy technologies interface science molecular sieving advanced energy technology surface chemistry polymer blends electrochemical properties self-assembled monolayers advanced functional materials inorganic materials molecular sieves conjugated polymers renewable energy storage porous carbon mixed-matrix membranes immiscible polymer blends nanoscale science interface chemistry functional nanomaterials electron transfer electrochemical capacitors organic electronic devices gas permeability properties p-conjugated oligomers high performance supercapacitors distyrylbenzene single crystals optical studies high pressure active materials molecular electronics low bandgap polymers electroanalytical chemistry

Notable Scholarly Works

Notable Federal Grants

Collaborators

Carbon–Carbon Composite Membranes Derived From Small-Molecule-Compatibilized Immiscible Pbi/6Fda-Dam-Daba Polymer Blends. Separations (2024)

Chamaal KarunaweeraNimanka P. PanapitiyaSamitha PanangalaEdson V. PerezInga H. MusselmanKenneth J. BalkusJohn P. Ferraris

separation technologymembrane technologypolymer sciencechemical engineeringpolymer technologyseparation scienceseparation techniquescarbon-carbon composite membranesmaterials science

Carbon Fiber Composite Electrodes Derived From Metal Organic Polyhedra-18 and Matrimid for Hybrid Supercapacitors. Energy Advances (2024)

Syed Fahad Bin HaqueYafen TianDaniel W. TagueKenneth J. BalkusJohn P. Ferraris

advanced energy technologymaterials engineeringenergy researchorganic electronicsengineeringmechanical engineeringcomposite materialsenergy storageenergy storage materialshybrid supercapacitorsenergy engineeringmaterials science

Matrimid/Mop-18 Derived Composite Material for High-Energy Aqueous Hybrid Supercapacitor (Hsc) Electrodes. Meeting abstracts/Meeting abstracts (Electrochemical Society. CD-ROM) (2024)

Syed Fahad Bin HaqueKenneth BalkusJohn Ferraris

electrochemical engineeringsupercapacitorscomposite materialsadvanced energy materialenergy storageenergy storage materialsaqueous batteriesmaterials scienceelectrochemistry

Mop−18−Derived Cuo Fiber for Hybrid Supercapacitor Electrodes. Materials (2024)

Syed Fahad Bin HaqueKenneth J. BalkusJohn P. Ferraris

hybrid supercapacitor electrodesmaterials engineeringadvanced materialstechnologysupercapacitorsmaterial researchadvanced electrode materialelectronic materialsenergy storageenergy storage materialsapplied physicsmaterials science

Poultry Litter-Derived Biochar for Supercapacitor Applications. Next Energy (2024)

Nur-Al-Sarah RafsanSyed Fahad Bin HaqueSanjay ShahJoe SaguesRan DingJohn FerrarisPraveen Kolar

biocharsupercapacitor applicationssupercapacitorsenergy storagepoultry litter-derived biocharenergy conversion

Ruxv2−Xo5 Nanowire/Templated Carbon Composite Electrodes for Supercapacitors. Next Materials (2024)

Yafen TianMuhammad AbbasSyed Fahad Bin HaqueXiangyu ZhuJohn P. FerrarisKenneth J. Balkus

advanced materialsengineeringmaterial researchadvanced electrode materialnanoengineeringelectronic materialsnanowiresenergy storageenergy storage materialsapplied physicsnanoelectronicsmaterials science

Vanadium Nitride-Vanadium Oxide-Carbon Nanofiber Hybrids for High Performance Supercapacitors. Electrochimica Acta (2024)

Melissa A. WunchJuan Alex GarciaSamsuddin Faisal MahmoodYafen TianKenneth J. BalkusJohn P. FerrarisDuck Joo Yang

electrochemical engineeringhigh performance supercapacitorselectrical engineeringelectrochemical energy storagerenewable energy storageenergy storageenergy storage materialsapplied physicsmaterials scienceelectrochemistry

A Comprehensive Study on Effect of Carbon Nanomaterials as Conductive Additives in Edlcs. Journal of Energy Storage (2023)

Zhanibek AyaganovVladimir PavlenkoSyed Fahad Bin HaqueAinur TanybayevaJohn FerrarisAnvar ZakhidovZulkhair MansurovZhumabay BakenovAnnie Ng

solid-state electronicselectronic materialsenergy storage materialsengineeringrenewable energy storagecomprehensive studyenergy storageenergy harvestingcarbon nanomaterialsmaterials engineeringorganic electronicsadvanced materialsadvanced electrode materialinorganic materialsenergy chemistryenergy storage devicesenergy researchenergy managementconductive additivesapplied physicsmaterials science

Effect of the Annealing Temperature of Polybenzimidazole Membranes in High Pressure and High Temperature H2/Co2 Gas Separations. Journal of Membrane Science (2023)

Edson V. PerezJohn P. FerrarisKenneth J. BalkusInga H. Musselman

thermal engineeringmembrane technologypolymer sciencechemical engineeringmembrane sciencepolybenzimidazole membraneshigh pressureannealing temperature

Pillared Carbon Membranes Derived From Cardo Polymers. Nanomaterials (2023)

Masoumeh TajikSyed Fahad Bin HaqueEdson V. PerezJuan P. VizuetHamid Reza FirouziKenneth J. BalkusInga H. MusselmanJohn P. Ferraris

nanomaterialspolymer engineeringmaterials engineeringmembrane technologypolymer sciencepolymer technologynanotechnologynanoengineeringcardo polymersbiomedical engineeringmembrane scienceapplied physicspolymer nanotechnologymaterials science

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John Ferraris

Professor

University of Texas at Dallas

Affiliations

School of Natural Sciences and Mathematics

Chemistry & Biochemistry

John Ferraris is currently serving as a Chemistry & Biochemistry Professor at University of Texas At Dallas.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

John Ferraris

University of Texas at Dallas

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Carbon–Carbon Composite Membranes Derived From Small-Molecule-Compatibilized Immiscible Pbi/6Fda-Dam-Daba Polymer Blends. Separations (2024)

Chamaal KarunaweeraNimanka P. PanapitiyaSamitha PanangalaEdson V. PerezInga H. MusselmanKenneth J. BalkusJohn P. Ferraris

separation technologymembrane technologypolymer sciencechemical engineeringpolymer technologyseparation scienceseparation techniquescarbon-carbon composite membranesmaterials science

Carbon Fiber Composite Electrodes Derived From Metal Organic Polyhedra-18 and Matrimid for Hybrid Supercapacitors. Energy Advances (2024)

Syed Fahad Bin HaqueYafen TianDaniel W. TagueKenneth J. BalkusJohn P. Ferraris

Matrimid/Mop-18 Derived Composite Material for High-Energy Aqueous Hybrid Supercapacitor (Hsc) Electrodes. Meeting abstracts/Meeting abstracts (Electrochemical Society. CD-ROM) (2024)

Syed Fahad Bin HaqueKenneth BalkusJohn Ferraris

electrochemical engineeringsupercapacitorscomposite materialsadvanced energy materialenergy storageenergy storage materialsaqueous batteriesmaterials scienceelectrochemistry

Mop−18−Derived Cuo Fiber for Hybrid Supercapacitor Electrodes. Materials (2024)

Syed Fahad Bin HaqueKenneth J. BalkusJohn P. Ferraris

Poultry Litter-Derived Biochar for Supercapacitor Applications. Next Energy (2024)

Nur-Al-Sarah RafsanSyed Fahad Bin HaqueSanjay ShahJoe SaguesRan DingJohn FerrarisPraveen Kolar

biocharsupercapacitor applicationssupercapacitorsenergy storagepoultry litter-derived biocharenergy conversion

Ruxv2−Xo5 Nanowire/Templated Carbon Composite Electrodes for Supercapacitors. Next Materials (2024)

Yafen TianMuhammad AbbasSyed Fahad Bin HaqueXiangyu ZhuJohn P. FerrarisKenneth J. Balkus

Vanadium Nitride-Vanadium Oxide-Carbon Nanofiber Hybrids for High Performance Supercapacitors. Electrochimica Acta (2024)

Melissa A. WunchJuan Alex GarciaSamsuddin Faisal MahmoodYafen TianKenneth J. BalkusJohn P. FerrarisDuck Joo Yang

A Comprehensive Study on Effect of Carbon Nanomaterials as Conductive Additives in Edlcs. Journal of Energy Storage (2023)

Zhanibek AyaganovVladimir PavlenkoSyed Fahad Bin HaqueAinur TanybayevaJohn FerrarisAnvar ZakhidovZulkhair MansurovZhumabay BakenovAnnie Ng

Effect of the Annealing Temperature of Polybenzimidazole Membranes in High Pressure and High Temperature H2/Co2 Gas Separations. Journal of Membrane Science (2023)

Edson V. PerezJohn P. FerrarisKenneth J. BalkusInga H. Musselman

thermal engineeringmembrane technologypolymer sciencechemical engineeringmembrane sciencepolybenzimidazole membraneshigh pressureannealing temperature

Pillared Carbon Membranes Derived From Cardo Polymers. Nanomaterials (2023)

Masoumeh TajikSyed Fahad Bin HaqueEdson V. PerezJuan P. VizuetHamid Reza FirouziKenneth J. BalkusInga H. MusselmanJohn P. Ferraris

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