Faculty

Institution

Unit

Venue

Christopher B. Durr

Amherst College

Affiliations

Department Of Chemistry

NoneChristopher B. Durr is currently serving as a Chemistry faculty at Amherst College.

Honors

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Education

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Christopher B. Durr

Amherst College

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transition metal chemistry chemistry coordination chemistry inorganic chemistry chemical structure molecular structure materials science structural chemistry organometallic chemistry molecular complexes photochemistry physical chemistry chemical synthesis chemical sciences coordination complex chemical engineering inorganic chemistry frontier biomolecular engineering organic chemistry theoretical inorganic chemistry theoretical chemistry photophysical properties electronic structure inorganic compounds chemical bond structure elucidation ring-opening polymerization quantum chemistry dalton transaction organic process research material chemistry vibrational spectroscopy inorganic synthesis synthetic photochemistry photoredox process main group chemistry supramolecular chemistry polymer synthesis ligand exchange ground state mm quadruply biopolymers luminescence protein science polyhedron biological chemistry inorganic photochemistry biomaterials design kinetics (physics) reaction process thermally activated delayed fluorescence excitation energy transfer electronic excited states bioelectrochemistry biocatalysis biological inorganic chemistry mechanistic photochemistry photobiology organic charge-transfer compound charge separation synthetic chemistry chemical derivative stereoselective synthesis derivative (chemistry) kinetic exchange bdi∗= ch o bu metal-metal quadruple bonds photoexcited state dynamics molecular synthons avobenzone derivatives photochemical enol-to-keto transformation single mlct photoexcited states μ-o pr mlct states

Notable Scholarly Works

Notable Federal Grants

Collaborators

Synthesis and Catalytic Activity of Single-Site Group V Alkoxide Complexes for the Ring-Opening Polymerization of ε-Caprolactone. Dalton Transactions (2024)

organic chemistrymaterial chemistrychemical engineeringcatalysispolymer synthesiscoordination chemistryring-opening polymerizationpolymer chemistryorganometallic chemistrychemistryorganic process researchcatalytic activitychemical synthesispolymerization kineticstransition metal chemistrypolymer reaction

Ccdc 2164472: Experimental Crystal Structure Determination. The Cambridge Structural Database (2023)

materials sciencestructure elucidationcrystal researchstructure determinationccdc 2164472structural chemistrychemistrycrystal engineeringchemical structurecrystal structurescrystallography

Investigating the Ring-Opening Polymerization Activity of Niobium and Tantalum Ethoxides Supported by Phenoxyimine Ligands. ACS Omega (2022)

materials sciencematerial chemistrypolymer synthesisphenoxyimine ligandscoordination chemistrypolymer chemistryorganometallic catalysistantalum ethoxides supportedorganometallic chemistrychemistryinorganic chemistryring-opening polymerization activitychemical synthesistransition metal chemistry

Titanium Onn-(Phenolate) Alkoxide Complexes: Unique Reaction Kinetics for Ring-Opening Polymerization of Cyclic Esters. Inorganic Chemistry (2021)

Clara C. Y. SeoMayesha AhmedAllen G. OliverChristopher B. Durr

materials sciencecyclic esterscoordination chemistryring-opening polymerizationinorganic chemistryalkoxide complexestransition metal chemistry

Tmpmg Bu(L), Where L = Thf, 2-Methf, Pyridine and Dimethylaminopyridine and Tmp = 1,5,9-Trimesityldipyrromethene: Reaction With Lactide and ε-Caprolactone. Journal of Organometallic Chemistry (2017)

organic chemistrytmpmg bupharmacologychemical derivativestereoselective synthesisderivative (chemistry)organic synthesissynthetic chemistrychemical scienceschemistrychemical synthesisorganic process research

[Moo(S 2 ) 2 L] 1– (L = Picolinate or Pyrimidine-2-Carboxylate) Complexes as Mos X -Inspired Electrocatalysts for Hydrogen Production in Aqueous Solution. Journal of the American Chemical Society (2016)

Benjamin R. GarrettKevin A. ClickChristopher B. DurrChristopher M. HadadYiying Wu

coordination chemistrychemistrytransition metal chemistryinorganic chemistry

Synthesis, Structure, and Photophysical Properties of Mo 2 (Nn) 4 and Mo 2 (Nn) 2 (T I Pb) 2, Where Nn = N, N ′-Diphenylphenylpropiolamidinate and T I Pb = 2,4,6-Triisopropylbenzoate. Inorganic Chemistry (2016)

materials sciencephotophysical propertiesmechanistic photochemistryphotochemistrymolecular structurecoordination chemistrystructural chemistryorganometallic chemistrychemistryinorganic chemistrychemical structuretransition metal chemistrysynthetic photochemistry

Tmpznn(Sime3)2, [Tmpzn(μ-O Pr)]2 and Tmpzn[Ocme2C(O)Oet]. Their Role in the Ring-Opening of Rac-Lactide and ε-Caprolactone Where Tmp = 1,5,9-Trimesityldipyrromethene. Journal of Organometallic Chemistry (2016)

inorganic compoundsstructure elucidationinorganic chemistry frontiermolecular structurecoordination chemistryμ-o prstructural chemistrychemical sciencesorganometallic chemistrychemistryinorganic chemistrychemical structuremain group chemistrychemical synthesisbiochemistry

Bdi∗Mgx(L) Where X = Bu and O Bu and L = Thf, Py and Dmap. the Rates of Kinetic Exchange of L Where Bdi∗= Ch{C( Bu)N-2,6- Pr2C6H3}2. Polyhedron (2015)

chemical kineticsreaction processkinetic exchangediffusiono buchemistryapplied mathematicsbdi∗= chkinetics (physics)

Bismuth–Lithium Bonding in the Ion Pairs: Libil 2, Where L = a Porphyrin or a Salen Ligand. Dalton Transactions (2015)

materials sciencesalen ligandphysical chemistrytheoretical inorganic chemistrychemical bondinorganic chemistry frontiermolecular structurecoordination chemistryion pairschemical scienceschemistryinorganic chemistrymolecular complexeschemical structuretransition metal chemistrymain group chemistrybismuth–lithium bondingtheoretical chemistry

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Christopher B. Durr

Amherst College

Affiliations

Department Of Chemistry

NoneChristopher B. Durr is currently serving as a Chemistry faculty at Amherst 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

Christopher B. Durr

Amherst College

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Synthesis and Catalytic Activity of Single-Site Group V Alkoxide Complexes for the Ring-Opening Polymerization of ε-Caprolactone. Dalton Transactions (2024)

Ccdc 2164472: Experimental Crystal Structure Determination. The Cambridge Structural Database (2023)

materials sciencestructure elucidationcrystal researchstructure determinationccdc 2164472structural chemistrychemistrycrystal engineeringchemical structurecrystal structurescrystallography

Investigating the Ring-Opening Polymerization Activity of Niobium and Tantalum Ethoxides Supported by Phenoxyimine Ligands. ACS Omega (2022)

Titanium Onn-(Phenolate) Alkoxide Complexes: Unique Reaction Kinetics for Ring-Opening Polymerization of Cyclic Esters. Inorganic Chemistry (2021)

Clara C. Y. SeoMayesha AhmedAllen G. OliverChristopher B. Durr

materials sciencecyclic esterscoordination chemistryring-opening polymerizationinorganic chemistryalkoxide complexestransition metal chemistry

Benjamin R. GarrettKevin A. ClickChristopher B. DurrChristopher M. HadadYiying Wu

coordination chemistrychemistrytransition metal chemistryinorganic chemistry

Bdi∗Mgx(L) Where X = Bu and O Bu and L = Thf, Py and Dmap. the Rates of Kinetic Exchange of L Where Bdi∗= Ch{C( Bu)N-2,6- Pr2C6H3}2. Polyhedron (2015)

chemical kineticsreaction processkinetic exchangediffusiono buchemistryapplied mathematicsbdi∗= chkinetics (physics)

Bismuth–Lithium Bonding in the Ion Pairs: Libil 2, Where L = a Porphyrin or a Salen Ligand. Dalton Transactions (2015)

1
2
3
4
10 / page