Faculty

Institution

Unit

Venue

Spiro Alexandratos

Professor

CUNY--Hunter College

Affiliations

Chemistry

Department Of Chemistry

Spiro Alexandratos is currently serving as a Chemistry Professor at Cuny--Hunter College.

Honors

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Experiences

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Education

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Spiro Alexandratos

CUNY--Hunter College

Professor

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chemistry polymer chemistry chemical sciences ion exchange biomolecular engineering coordination chemistry chemical engineering biochemistry polymer science biopolymers inorganic chemistry organic chemistry chemical synthesis analytical chemistry material chemistry inorganic chemistry frontier immobilized enzymes organometallic chemistry polymeric surface biomolecules organometallic polymer reagent polymer synthesis polymer-supported reagents ion-selective polymer-supported reagents polymer composites molecular science molecular structure structural molecular biology biological chemistry environmental technology environmental materials organic chemistry frontier plasma chemistry molecule-based materials cation sensing chemical sensors anion sensing inorganic compounds organometallic electrochemistry enzyme immobilization ion mobility ion structure bio-based materials bio-based sorbent bioceramics cyclodextrin production host-guest chemistry hydrogen bond synthetic macromolecule synthetic chemistry ion process donor atom polarizability lanthanide ions ionic recognition auxiliary groups metal ion complexation auxiliary group effect metal ion binding phosphate ligand enhanced ionic affinity keggin structure formation heptamolybdate anions uranyl ion biomass valorization organic modifiers environmental remediation

Notable Scholarly Works

Notable Federal Grants

Collaborators

Functionalization of Polymer-Bound Pentaerythritol as a General Synthesis for the Preparation of Ion-Binding Polymers. Journal of Applied Polymer Science (2012)

organic chemistry frontierchemical sciencespolymer synthesissynthetic chemistryion-binding polymersgeneral synthesisbiopolymerschemical synthesischemistryorganic chemistrypolymer-bound pentaerythritolpolymer chemistrysynthetic macromoleculebiomolecular engineeringorganic synthesis

Lanthanide Complexation by Polymer-Bound Urea. Inorganica Chimica Acta (2012)

chemical sciencesorganometallic polymerchemical structurecoordination chemistrychemistrypolymer chemistrylanthanide complexation

Effect of Hydrogen Bonding: Polymer-Bound Phosphorylated Cyclodextrin. Journal of Applied Polymer Science (2011)

host-guest chemistrybiomoleculesbiopolymersbiochemistrychemical biologycyclodextrin productionhydrogen bondingbiophysical chemistryhydrogen bond

Design and Synthesis of Hydroxyapatite With Organic Modifiers for Environmental Remediation, Waste and Biomass Valorization. Waste and Biomass Valorization (2010)

environmental technologyenvironmental materialsbiomass valorizationbioceramicschemical engineeringbio-based materialsenvironmental remediationbioremediationenvironmental engineeringorganic modifiersbiomaterialsbio-based sorbent

Mechanism of Ionic Recognition by Polymer-Supported Reagents: Immobilized Tetramethylmalonamide and the Complexation of Lanthanide Ions. Inorganic Chemistry (2010)

chemical sciencesinorganic chemistryanion sensingchemical engineeringcation sensingcoordination chemistryion exchangeanalytical chemistrymaterial chemistrypolymer-supported reagentschemistryorganic chemistrypolymer chemistrychemical sensorsionic recognitionlanthanide ions

Affinity of Polymer-Supported Reagents for Lanthanides as a Function of Donor Atom Polarizability. Industrial & Engineering Chemistry Research (2009)

chemical sciencesorganometallic polymerpolymer scienceinorganic chemistry frontierdonor atom polarizabilitypolymer-supported reagentsmaterial chemistrychemistrypolymer chemistryorganometallic chemistrymaterials sciencemolecule-based materials

Design and Development of Ion-Selective Polymer-Supported Reagents: The Immobilization of Heptamolybdate Anions for the Complexation of Silicate Through Keggin Structure Formation. Polymer (2009)

chemical sciencespolymer sciencechemical engineeringion exchangepolymeric surfacematerial chemistryheptamolybdate anionschemical synthesischemistryorganic chemistryimmobilized enzymespolymer chemistrykeggin structure formationion-selective polymer-supported reagents

Ion Exchange Resins: A Retrospective. Industrial & Engineering Chemistry Research (2009)

plasma chemistryion exchangeanalytical chemistrychemistryion procession exchange resins

Immobilized Phosphate Ligands With Enhanced Ionic Affinity Through Supported Ligand Synergistic Interaction. Separation Science and Technology (2008)

inorganic chemistryenzyme immobilizationenhanced ionic affinityinorganic chemistry frontiercoordination chemistryion exchangebiochemistrysmall moleculeschemistryimmobilized enzymesbiomolecular engineering

Polyols as Scaffolds in the Development of Ion-Selective Polymer-Supported Reagents: The Effect of Auxiliary Groups on the Mechanism of Metal Ion Complexation. Inorganic Chemistry (2008)

chemical sciencesreagentpolymer synthesisauxiliary groupspolymer sciencechemical engineeringpolymer compositescoordination chemistryion exchangepolymeric surfacebiopolymerschemical synthesischemistrymolecular engineeringpolymer chemistryion-selective polymer-supported reagentsbiomolecular engineeringmetal ion complexation

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Spiro Alexandratos

Professor

CUNY--Hunter College

Affiliations

Chemistry

Department Of Chemistry

Spiro Alexandratos is currently serving as a Chemistry Professor at Cuny--Hunter College.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Spiro Alexandratos

CUNY--Hunter College

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Functionalization of Polymer-Bound Pentaerythritol as a General Synthesis for the Preparation of Ion-Binding Polymers. Journal of Applied Polymer Science (2012)

Lanthanide Complexation by Polymer-Bound Urea. Inorganica Chimica Acta (2012)

chemical sciencesorganometallic polymerchemical structurecoordination chemistrychemistrypolymer chemistrylanthanide complexation

Effect of Hydrogen Bonding: Polymer-Bound Phosphorylated Cyclodextrin. Journal of Applied Polymer Science (2011)

host-guest chemistrybiomoleculesbiopolymersbiochemistrychemical biologycyclodextrin productionhydrogen bondingbiophysical chemistryhydrogen bond

Design and Synthesis of Hydroxyapatite With Organic Modifiers for Environmental Remediation, Waste and Biomass Valorization. Waste and Biomass Valorization (2010)

Mechanism of Ionic Recognition by Polymer-Supported Reagents: Immobilized Tetramethylmalonamide and the Complexation of Lanthanide Ions. Inorganic Chemistry (2010)

Affinity of Polymer-Supported Reagents for Lanthanides as a Function of Donor Atom Polarizability. Industrial & Engineering Chemistry Research (2009)

Design and Development of Ion-Selective Polymer-Supported Reagents: The Immobilization of Heptamolybdate Anions for the Complexation of Silicate Through Keggin Structure Formation. Polymer (2009)

Ion Exchange Resins: A Retrospective. Industrial & Engineering Chemistry Research (2009)

plasma chemistryion exchangeanalytical chemistrychemistryion procession exchange resins

Immobilized Phosphate Ligands With Enhanced Ionic Affinity Through Supported Ligand Synergistic Interaction. Separation Science and Technology (2008)

Polyols as Scaffolds in the Development of Ion-Selective Polymer-Supported Reagents: The Effect of Auxiliary Groups on the Mechanism of Metal Ion Complexation. Inorganic Chemistry (2008)

1
2
10 / page