Faculty

Institution

Unit

Venue

Marie Thomas

Associate Professor of Chemistry

Fordham University

Affiliations

Fordham College at Lincoln Center

Environmental Science

Natural Sciences

Marie Thomas is currently serving as an Environmental Science Associate Professor of Chemistry at Fordham University.

Honors

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Experiences

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Education

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Marie Thomas

Fordham University

Associate Professor of Chemistry

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chemistry materials science chemical synthesis polymer chemistry material chemistry cellulose organic synthesis materials engineering molecular liquids ionic conductors ionic liquids biochemistry polymer science inorganic chemistry carbohydrate chemistry membrane science polymer synthesis deep eutectic solvents radiation oncology radiation condensed matter chemical sciences radiation chemistry inorganic synthesis in-situ conversion surface reactivity functional modification lipid chemistry lipid synthesis solution (chemistry) amphiphilic system hemicelluloses enzyme activity imidazolium cation phosphate anions drug analysis bioresource technology applied microbiology advanced energy material additive manufacturing energy chemistry nanoparticle research plant physiology material research process biochemistry lead identification forensic chemistry elemental characterization polysaccharides polymer engineering polymer technology polymer materials functional nanomaterials oxidation resistance inorganic materials ion exchange peptide engineering sol-gel synthesis enzyme catalysis polyelectrolyte gel solid-state ionics nanocellulose physical properties forensic determination human urine solid-phase microextraction fiber ionic liquid polycationic lipid materials radiolytic properties polycationic derivatives polycationic glycosides dissolution capacity polycationic ammonium halides liquid ionic phosphates nanoscale hybrids environmental remediation wet chemistry environmental chemistry chemical engineering

Notable Scholarly Works

Notable Federal Grants

Collaborators

Interactions of Betanium and Imidazolium-Based Ionic Liquids With Peptide Amphiphiles and Their Implications in the Formation of Nanohybrid Composite Gels. Journal of Sol-Gel Science and Technology (2021)

amphiphilic systemchemistrypeptide amphiphilesnanohybrid composite gelsimidazolium-based ionic liquidsdeep eutectic solventsmaterial chemistrypolyelectrolyte gelmaterials sciencemolecular engineeringionic conductorsliquid crystalsmolecular liquidscomplex fluids

Development of Nanoscale Hybrids From Ionic Liquid–Peptide Amphiphile Assemblies as New Functional Materials. ACS Omega (2020)

Rachel E. DasoLuke J. OsbornMarie F. ThomasIpsita A. Banerjee

nanomaterialsfunctional nanomaterialsmaterials sciencenanoscale hybridsfunctional materialsnanotechnology

Interactions of Betainium and Imidazolium-Based Ionic Liquids With Peptide Amphiphiles and Their Implications in the Formation of Nanohybrid Composite Gels. Journal of Sol-Gel Science and Technology (2020)

Margaret S. WhalenRachel E. DasoMarie F. ThomasIpsita A. Banerjee

composite materialspeptide engineeringchemistryamphiphilic systemnanomaterialssol-gel synthesispeptide amphiphilesnanohybrid composite gelsmaterials engineeringmaterial chemistrymaterials sciencefunctional modificationmembrane sciencematerial researchimidazolium-based ionic liquidsnanotechnologychemical engineering

Dissolution Capacity and Rheology of Cellulose in Ionic Liquids Composed of Imidazolium Cation and Phosphate Anions. Polymers for Advanced Technologies (2019)

Bingqian ZhengChaudhary HarrisSurita R. BhatiaMarie F. Thomas

materials engineeringmaterial chemistryin-situ conversionmaterials scienceadvanced energy materialadvanced materialsnanoengineeringdissolution capacityimidazolium cationadditive manufacturingcellulosepolymer engineeringionic liquidsmembrane sciencephosphate anionspolymer technologypolymer materialsbiomolecular engineeringsurface reactivitycoatingspolymer scienceapplied physics

Dissolution of Cellulose in Dimethylphosphate Ionic Liquid Solutions. Phosphorous, Sulfur and Silicon and the Related Elements (2019)

cellulosehemicellulosesliquid crystalsmolecular liquidssolution (chemistry)chemical engineering

Solubility and Rheology of Cellulose in Ionic Liquids Composed of Imidazolium Cation and Phosphate Anions. Polymers for Advanced Technologies (2019)

imidazolium cationchemistrycellulosebiological engineeringionic liquidshemicellulosesionic conductorsliquid crystalsmolecular liquidsphosphate anionscomplex fluids

Dissolution of Cellulose in Dimethyl Phosphate Ionic Liquid Solutions. Phosphorus, sulfur, and silicon and the related elements (2018)

Marie F. ThomasAnne ChenMike YuanAdam AgababayevChaudhary Harris

ion exchangechemistryinorganic chemistrycarbohydrate chemistrycellulosematerials engineeringpolymer chemistryplant physiologyenvironmental chemistrymaterial chemistrychemical sciencesbiochemistrymaterials sciencemembrane sciencesolution (chemistry)

Probing the Physical Properties, Synthesis and Cellulose Dissolution Ability of Dialkylphosphate Ionic Liquids. Phosphorous, Sulfur and Silicon and the Related Elements (2015)

electrochemistrysolid-state ionicscarbohydrate polymerchemistrydialkylphosphate ionic liquidscellulosenanocellulosephysical propertiesdeep eutectic solventscellulose dissolution abilitywater purificationmaterials scienceionic conductorsliquid crystalsmolecular liquidscomplex fluidschemical engineering

Ultrafast Transient Absorption Spectrum of the Room Temperature Ionic Liquid 1-Hexyl-3-Methylimidazolium Bromide: Confounding Effects of Photo-Degradation. Radiation Physics and Chemistry (2015)

Raluca M. MusatRobert A. CrowellDmitriy E. PolyanskiyMarie F. ThomasJames F. WishartYosuke KatsumuraKenji Takahashi

radiation oncologyradiation chemistryconfounding effectsradiation

Probing the Physical Properties, Synthesis and Cellulose Dissolution Ability of Dialkyl Phosphate Ionic Liquids. Phosphorus, sulfur, and silicon and the related elements (2014)

Sharon I. Lall-RamnarineMarie F. ThomasMariyam JaleesFirmause PayenSamanta BoursiquotSharon RamatiDamian EwkoNicole V. ZmichJames F. Wishart

inorganic chemistrymaterials engineeringmaterial chemistrychemical sciencesin-situ conversionmaterials sciencefunctional modificationsurface scienceoxidation resistancecondensed matter physicsnanoengineeringcellulose dissolution abilityinorganic materialsphysicschemistrysurface reactivityenergy chemistrycondensed matternanoparticle research

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Marie Thomas

Associate Professor of Chemistry

Fordham University

Affiliations

Fordham College at Lincoln Center

Environmental Science

Natural Sciences

Marie Thomas is currently serving as an Environmental Science Associate Professor of Chemistry at Fordham 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

Marie Thomas

Fordham University

Associate Professor of Chemistry

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Development of Nanoscale Hybrids From Ionic Liquid–Peptide Amphiphile Assemblies as New Functional Materials. ACS Omega (2020)

Rachel E. DasoLuke J. OsbornMarie F. ThomasIpsita A. Banerjee

nanomaterialsfunctional nanomaterialsmaterials sciencenanoscale hybridsfunctional materialsnanotechnology

Margaret S. WhalenRachel E. DasoMarie F. ThomasIpsita A. Banerjee

Dissolution Capacity and Rheology of Cellulose in Ionic Liquids Composed of Imidazolium Cation and Phosphate Anions. Polymers for Advanced Technologies (2019)

Bingqian ZhengChaudhary HarrisSurita R. BhatiaMarie F. Thomas

Dissolution of Cellulose in Dimethylphosphate Ionic Liquid Solutions. Phosphorous, Sulfur and Silicon and the Related Elements (2019)

cellulosehemicellulosesliquid crystalsmolecular liquidssolution (chemistry)chemical engineering

Solubility and Rheology of Cellulose in Ionic Liquids Composed of Imidazolium Cation and Phosphate Anions. Polymers for Advanced Technologies (2019)

imidazolium cationchemistrycellulosebiological engineeringionic liquidshemicellulosesionic conductorsliquid crystalsmolecular liquidsphosphate anionscomplex fluids

Dissolution of Cellulose in Dimethyl Phosphate Ionic Liquid Solutions. Phosphorus, sulfur, and silicon and the related elements (2018)

Marie F. ThomasAnne ChenMike YuanAdam AgababayevChaudhary Harris

Probing the Physical Properties, Synthesis and Cellulose Dissolution Ability of Dialkylphosphate Ionic Liquids. Phosphorous, Sulfur and Silicon and the Related Elements (2015)

Ultrafast Transient Absorption Spectrum of the Room Temperature Ionic Liquid 1-Hexyl-3-Methylimidazolium Bromide: Confounding Effects of Photo-Degradation. Radiation Physics and Chemistry (2015)

Raluca M. MusatRobert A. CrowellDmitriy E. PolyanskiyMarie F. ThomasJames F. WishartYosuke KatsumuraKenji Takahashi

radiation oncologyradiation chemistryconfounding effectsradiation

Probing the Physical Properties, Synthesis and Cellulose Dissolution Ability of Dialkyl Phosphate Ionic Liquids. Phosphorus, sulfur, and silicon and the related elements (2014)

Sharon I. Lall-RamnarineMarie F. ThomasMariyam JaleesFirmause PayenSamanta BoursiquotSharon RamatiDamian EwkoNicole V. ZmichJames F. Wishart

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Similar Faculty Members

William Daly

Institution

Louisiana State University

carbohydrate chemistry

polymerization kinetics

Evguenii Kozliak

Institution

University of North Dakota

soil contamination

bioremediation

James Davis

Institution

University of South Alabama

thermodynamics

deep eutectic solvent

Dr. Abdul Malik

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University of South Florida

analytical toxicology

separation science

Kevin West

Institution

University of South Alabama

solvent extraction

laboratory investigation

George Newkome

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Louisiana State University

dendrimer chemistry

material chemistry

Ananda Amarasekara

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renewable energy storage

sustainable energy

Long Chiang

Institution

University of Massachusetts Lowell

photomedicine

photodynamic therapeutic nanomedicine

Shijie Liu

Institution

SUNY College of Environmental Science and Forestry

biomass conversion

environmental engineering

Richard L. Brutchey

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industrial catalysis

sustainable chemistry