Faculty

Institution

Unit

Venue

John Morris

Professor

Virginia Tech

Affiliations

College of Science

Department of Chemistry

John Morris is currently serving as a College Of Science Professor at Virginia Tech.

Honors

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Experiences

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Education

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John Morris

Virginia Tech

Professor

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materials science physical chemistry applied physics surface science nanotechnology chemistry material chemistry surface chemistry inorganic chemistry materials engineering chemical engineering condensed matter physics adsorption nanomaterials thin films nanoparticle research chemical warfare agent surface reactivity surface nanotechnology catalytic materials theoretical study interface science quantum chemistry material research catalytic process gas-surface energy exchange chemical sciences membrane science aerosol science infrared spectroscopy applied chemistry polymer technology dimethyl methylphosphonate amorphous silica hydrogen bonding self-assembled monolayers transition metal chemistry clay science sustainable chemistry vibrational spectroscopy chemical technology inorganic materials catalyst preparation catalytic applications methanol biochar surface modification fragmentation effect neurochemistry surface analysis surface characterization polymer nanotechnology magnetic resonance imaging reaction dynamics basic ph argon collisions co oxidation nerve-agent decomposition model organic surfaces dissociative scattering co collisions crystal engineering inorganic chemistry frontier electronic materials environmental technology in-situ conversion inorganic compounds chemisorption metal-organic polyhedron carbon-based materials nanoscale chemistry sustainable technologies imaging agent contrast agents situ probes mass transport general chemistry molecular beam techniques cell transport molecular engineering analytical chemistry chemical sensing

Notable Scholarly Works

Notable Federal Grants

Collaborators

Self-Terminating, Heterogeneous Solid–Electrolyte Interphase Enables Reversible LI–Ether Cointercalation in Graphite Anodes. Proceedings of the National Academy of Sciences (2024)

Dawei XiaHeonjae JeongDewen HouLei TaoTianyi LiKristin KnightAnyang HuEthan P. KamphausDennis NordlundSami SainioYuzi LiuJohn R. MorrisWenqian XuHaibo HuangLuxi LiHui XiongLei ChengFeng Lin

reversible li-ether cointercalationapplied physicselectric batteryadvanced electrode materialenergy storageelectrode-electrolyte interfaceslithium-ion batteriesgraphite anodesmaterials scienceelectrochemical energy storageenergy storage materialsheterogeneous solid-electrolyte interphasethermal engineeringelectrochemical engineeringelectrochemistryengineeringcomposite sciencematerials engineeringmembrane scienceadvanced materialsmaterial chemistry

Autocatalysis Through the Generation of Water During Methanol Oxidation Over a Titania-Supported Platinum Catalyst. ACS Catalysis (2023)

Nicholas S. SapienzaKristin N. KnightMalik AlbrahimMd. Raian YousufAyman M. KarimJohn R. Morris

materials sciencenanotechnologychemical engineeringmethanol oxidationcatalyst preparationcatalysiscatalytic processtitania-supported platinum catalyst

Aqueous-Phase Destruction of Nerve-Agent Simulants at Copper Single Atoms in Uio-66. Inorganic Chemistry (2022)

Eric M. JohnsonMikaela C. BoyanichBradley GibbonsNicholas S. SapienzaXiaozhou YangAyman M. KarimJohn R. MorrisDiego TroyaAmanda J. Morris

materials scienceaqueous-phase destructiontransition metal chemistrycopper single atomsnerve-agent simulantsinorganic chemistry

Catalytic Co Oxidation by Cu Single Atoms on the Uio-66 Metal–Organic Framework: The Role of the Oxidation State. The Journal of Physical Chemistry C (2022)

Md Raian YousufEric M. JohnsonAndrew J. MaynesCooper R. JohnstonAyman M. KarimAmanda J. MorrisJohn R. MorrisDiego Troya

materials sciencecatalysisinorganic chemistryapplied physicsoxidation statecu single atomsphysical chemistrymaterial chemistrycatalytic co oxidation

Rare Earth Ion-Adsorption Clays in the Presence of Iron at Basic Ph: Adsorption Mechanism and Extraction Method. Applied Clay Science (2022)

Xu FengOznur OnelMcAlister Council-TrocheBrendan L. MacCormacAaron NobleRoe-Hoan YoonJohn R. Morris

materials scienceadsorption mechanismadsorptionbasic phapplied physicsclay scienceextraction method

Reversible Dissociation for Effective Storage of Diborane Gas Within the Uio-66-Nh 2 Metal–Organic Framework. ACS Applied Materials & Interfaces (2022)

Nathan B. JonesBradley GibbonsAmanda J. MorrisJohn R. MorrisDiego Troya

materials scienceinterface chemistryreversible dissociationengineeringdiborane gasmaterials engineeringmaterial researchapplied physicsadvanced materialseffective storageinorganic chemistryinterface sciencematerial chemistry

Sustainable Green Chemistry: Water-Soluble Ozonized Biochar Molecules to Unlock Phosphorus From Insoluble Phosphate Materials. ACS Agricultural Science & Technology (2022)

Oumar SackoXu FengJohn R. MorrisRoberto McAlister Council-TrocheSandeep KumarJames Weifu Lee

sustainable chemistryagricultural sciencesgreen chemistryagricultural economicssustainable green chemistryagricultural chemistryinsoluble phosphate materialsbiochar

Bifurcated Dihydrogen Bonding in the Uptake of Gas-Phase Diborane on Silica. The Journal of Physical Chemistry Letters (2021)

Nathan B. JonesConor H. SharpDiego TroyaJohn R. Morris

materials sciencegas-phase diboranematerials engineeringapplied physicsphysical chemistrydihydrogen bondingmaterial chemistry

Nanoconfinement and Mass Transport in Metal–Organic Frameworks. Chemical Society Reviews (2021)

Conor H. SharpBrandon C. BukowskiHongyu LiEric M. JohnsonStefan IlicAmanda J. MorrisDilip GersappeRandall Q. SnurrJohn R. Morris

materials sciencenanotechnologynanoengineeringchemical engineeringmetal-organic frameworksmaterials engineeringnanomaterialschemical technologycrystal engineeringchemical sciencesadvanced materialsmass transportmaterial chemistrychemistry

A Study of Rare Earth Ion-Adsorption Clays: The Speciation of Rare Earth Elements on Kaolinite at Basic Ph. Applied Clay Science (2020)

Xu FengOznur OnelMcAlister Council-TrocheAaron NobleRoe-Hoan YoonJohn R. Morris

materials sciencerare earth elementsbasic phclay sciencegeochemistry

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John Morris

Professor

Virginia Tech

Affiliations

College of Science

Department of Chemistry

John Morris is currently serving as a College Of Science Professor at Virginia Tech.

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 Morris

Virginia Tech

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Self-Terminating, Heterogeneous Solid–Electrolyte Interphase Enables Reversible LI–Ether Cointercalation in Graphite Anodes. Proceedings of the National Academy of Sciences (2024)

Dawei XiaHeonjae JeongDewen HouLei TaoTianyi LiKristin KnightAnyang HuEthan P. KamphausDennis NordlundSami SainioYuzi LiuJohn R. MorrisWenqian XuHaibo HuangLuxi LiHui XiongLei ChengFeng Lin

Autocatalysis Through the Generation of Water During Methanol Oxidation Over a Titania-Supported Platinum Catalyst. ACS Catalysis (2023)

Nicholas S. SapienzaKristin N. KnightMalik AlbrahimMd. Raian YousufAyman M. KarimJohn R. Morris

materials sciencenanotechnologychemical engineeringmethanol oxidationcatalyst preparationcatalysiscatalytic processtitania-supported platinum catalyst

Aqueous-Phase Destruction of Nerve-Agent Simulants at Copper Single Atoms in Uio-66. Inorganic Chemistry (2022)

Eric M. JohnsonMikaela C. BoyanichBradley GibbonsNicholas S. SapienzaXiaozhou YangAyman M. KarimJohn R. MorrisDiego TroyaAmanda J. Morris

materials scienceaqueous-phase destructiontransition metal chemistrycopper single atomsnerve-agent simulantsinorganic chemistry

Catalytic Co Oxidation by Cu Single Atoms on the Uio-66 Metal–Organic Framework: The Role of the Oxidation State. The Journal of Physical Chemistry C (2022)

Md Raian YousufEric M. JohnsonAndrew J. MaynesCooper R. JohnstonAyman M. KarimAmanda J. MorrisJohn R. MorrisDiego Troya

materials sciencecatalysisinorganic chemistryapplied physicsoxidation statecu single atomsphysical chemistrymaterial chemistrycatalytic co oxidation

Rare Earth Ion-Adsorption Clays in the Presence of Iron at Basic Ph: Adsorption Mechanism and Extraction Method. Applied Clay Science (2022)

Xu FengOznur OnelMcAlister Council-TrocheBrendan L. MacCormacAaron NobleRoe-Hoan YoonJohn R. Morris

materials scienceadsorption mechanismadsorptionbasic phapplied physicsclay scienceextraction method

Reversible Dissociation for Effective Storage of Diborane Gas Within the Uio-66-Nh 2 Metal–Organic Framework. ACS Applied Materials & Interfaces (2022)

Nathan B. JonesBradley GibbonsAmanda J. MorrisJohn R. MorrisDiego Troya

Sustainable Green Chemistry: Water-Soluble Ozonized Biochar Molecules to Unlock Phosphorus From Insoluble Phosphate Materials. ACS Agricultural Science & Technology (2022)

Oumar SackoXu FengJohn R. MorrisRoberto McAlister Council-TrocheSandeep KumarJames Weifu Lee

sustainable chemistryagricultural sciencesgreen chemistryagricultural economicssustainable green chemistryagricultural chemistryinsoluble phosphate materialsbiochar

Bifurcated Dihydrogen Bonding in the Uptake of Gas-Phase Diborane on Silica. The Journal of Physical Chemistry Letters (2021)

Nathan B. JonesConor H. SharpDiego TroyaJohn R. Morris

materials sciencegas-phase diboranematerials engineeringapplied physicsphysical chemistrydihydrogen bondingmaterial chemistry

Nanoconfinement and Mass Transport in Metal–Organic Frameworks. Chemical Society Reviews (2021)

Conor H. SharpBrandon C. BukowskiHongyu LiEric M. JohnsonStefan IlicAmanda J. MorrisDilip GersappeRandall Q. SnurrJohn R. Morris

A Study of Rare Earth Ion-Adsorption Clays: The Speciation of Rare Earth Elements on Kaolinite at Basic Ph. Applied Clay Science (2020)

Xu FengOznur OnelMcAlister Council-TrocheAaron NobleRoe-Hoan YoonJohn R. Morris

materials sciencerare earth elementsbasic phclay sciencegeochemistry

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4
5
12
10 / page

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