Faculty

Institution

Unit

Venue

Benjamin Edward Reiners Snyder

Assistant Professor of Chemistry

UIUC

Affiliations

College of Liberal Arts & Sciences

Department of Chemistry

School of Chemical Sciences

Department of Chemistry

Benjamin Edward Reiners Snyder is currently serving as a College Of Liberal Arts & Sciences Assistant Professor of Chemistry at Uiuc.

Honors

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Experiences

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Education

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Benjamin Edward Reiners Snyder

UIUC

Assistant Professor of Chemistry

You can click a keyword to filter the displayed items

chemistry transition metal chemistry inorganic chemistry catalysis chemical engineering coordination chemistry zeolites organometallic chemistry chemical structure inorganic chemistry frontier heterogeneous catalysis materials science structural chemistry chemical sciences physical chemistry hydrogen energy chemistry catalyst activation inorganic compounds catalytic process organometallic catalysis cross-coupling reaction biochemistry chemical reaction engineering natural gas sustainable chemistry molecular structure catalyst preparation metal-organic polyhedron mossbauer spectroscopy active site metal-organic frameworks hydrogen energy quantum chemistry coordination complex inorganic synthesis biological inorganic chemistry iron zeolites ligand insertion mechanism material chemistry organic process research organic chemistry frontier magnetic resonance forensic genetics raman spectroscopy molecular catalysis reactive nitrogen species methanol surface reactivity crystal structures molecular complexes chemisorption adsorption separation technology selective separation industrial catalysis transition metal chalcogenides molecule-based magnet chemical bond bioelectrochemistry bioactive metal metalloproteins primary immunodeficiencies genetic disorders metallozeolite active sites copper active sites zeolite topologies zeolite cu-mor selective methane oxidation cooperative nh3 capture kumada cross-coupling phenyl nucleophiles secondary alkyl halides zeolite topology fe-cha zeolite cha zeolite topology

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Unique Presentation of a Genetic Mutation Associated With Immunodeficiency. Annals of Allergy Asthma & Immunology (2024)

M. ShahB. SnyderN. Raje

geneticshuman geneticsforensic geneticsprimary immunodeficienciesgenetic disordersunique presentationimmunologyinborn errors of immunityhivmutagenesis (molecular biology technique)

Magnetic Exchange Coupling in Zeolite Copper Dimers and Its Contribution to Methane Activation. Journal of the American Chemical Society (2024)

Alexander J. HeyerDieter PlessersJing MaBenjamin E. R. SnyderRobert A. SchoonheydtBert F. SelsEdward I. Solomon

materials sciencetransition metal chalcogenidesmolecule-based magnetmagnetismmagnetic exchange couplingtransition metal chemistrystructural chemistryquantum chemistryactive siteinorganic chemistrycoordination chemistryactive site reactivitymagnetic resonancephysical chemistrychemistry

A Ligand Insertion Mechanism for Cooperative Nh3 Capture in Metal–Organic Frameworks. Nature (2023)

Benjamin E. R. SnyderAri B. TurkiewiczHiroyasu FurukawaMaria V. PaleyEver O. VelasquezMatthew N. DodsJeffrey R. Long

chemical engineeringcoordination complexmetal–organic frameworkstransition metal chemistrystructural chemistryligand insertion mechanismcoordination chemistryorganometallic chemistrymetal-organic polyhedroncooperative nh3 captureinorganic chemistrychemistry

Metal–Organic Frameworks as O 2 -Selective Adsorbents for Air Separations. Chemical Science (2022)

David E. JaramilloAdam JaffeBenjamin E. R. SnyderAlex SmithEric TawRachel C. RohdeMatthew N. DodsWilliam DeSnooKatie R. MeihausT. David HarrisJeffrey B. NeatonJeffrey R. Long

o 2chemical engineeringchemisorptionmetal–organic frameworksadsorptiontransition metal chemistryair separationsseparation technologyfunctional materialscatalysisselective separationmetal-organic polyhedronwater purificationmaterial chemistrychemistry

Second-Sphere Lattice Effects in Copper and Iron Zeolite Catalysis. Chemical Reviews (2022)

Hannah M. RhodaAlexander J. HeyerBenjamin E. R. SnyderDieter PlessersMax L. BolsRobert A. SchoonheydtBert F. SelsEdward I. Solomon

second-sphere lattice effectschemical engineeringheterogeneous catalysischemical reaction engineeringtransition metal chemistryiron zeolite catalysisiron metallozeolitescatalysiscoordination chemistryenergy chemistryzeolitesinorganic chemistrychemistry

Cage Effects Control the Mechanism of Methane Hydroxylation in Zeolites. Science (2021)

Benjamin E. R. SnyderMax L. BolsHannah M. RhodaDieter PlessersRobert A. SchoonheydtBert F. SelsEdward I. Solomon

sustainable chemistrychemical kineticschemical engineeringchemical reaction engineeringphysical organic chemistryhydrogencatalyst preparationtighter aperturesnatural gascatalysiszeolitescatalytic processcage effectsradicals zeolite catalysiscatalyst activationmethanolchemistry

Coordination and Activation of Nitrous Oxide by Iron Zeolites. Nature Catalysis (2021)

Max L. BolsBenjamin E. R. SnyderHannah M. RhodaPieter CnuddeGhinwa FayadRobert A. SchoonheydtVeronique Van SpeybroeckEdward I. SolomonBert F. Sels

transition metal chemistryinorganic chemistry frontierreactive nitrogen speciescatalysiscoordination chemistryzeoliteschemical sciencesinorganic chemistryiron zeoliteschemistry

Raw Spectroscopic Data for"Cage Effects Control the Mechanism of Methane Hydroxylation in Zeolites". Zenodo (CERN European Organization for Nuclear Research) (2021)

Benjamin E. R. SnyderMax L. BolsHannah M. RhodaDieter PlessersRobert A. SchoonheydtBert F. SelsEdward I. Solomon

spectroscopic methodsmossbauer spectroscopymethane hydroxylationspectroscopyspectra-structure correlationraman spectroscopyresonance raman datanatural gasbiochemistryvibrational spectroscopycage effectschemical sciencesphysical chemistryspectrochemical analysischemistry

Advances in the Synthesis, Characterisation, and Mechanistic Understanding of Active Sites in Fe-Zeolites for Redox Catalysts. Dalton Transactions (2020)

Max L. BolsHannah M. RhodaBenjamin E. R. SnyderEdward I. SolomonKristine PierlootRobert A. SchoonheydtBert F. Sels

materials sciencechemical engineeringheterogeneous catalysisredox catalyststransition metal chemistrycatalyst preparationinorganic chemistry frontierredox catalysiscatalysiscatalyst activationenergy chemistryzeolitesactive sitesinorganic chemistrychemistry

Mechanism of Selective Benzene Hydroxylation Catalyzed by Iron-Containing Zeolites. Proceedings of the National Academy of Sciences (2018)

Benjamin E. R. SnyderMax L. BolsHannah M. RhodaPieter VanelderenLars H. BöttgerAugustin BraunJames J. YanRyan G. HadtJeffrey T. BabiczMichael Y. HuJiyong ZhaoE. Ercan AlpBritt HedmanKeith O. HodgsonRobert A. SchoonheydtBert F. SelsEdward I. Solomon

fe zeolitesheterogeneous catalysiszeolitescatalytic processenergy chemistryorganic process researchorganic chemistry frontierchemistryorganic chemistrychemical reaction engineeringcatalyst activationsustainable chemistrymaterials sciencechemical engineeringhydrogentransition metal chemistrymechanistic insightcatalysisindustrial catalysissignificance fe zeoliteschemical sciences

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Benjamin Edward Reiners Snyder

Assistant Professor of Chemistry

UIUC

Affiliations

College of Liberal Arts & Sciences

Department of Chemistry

School of Chemical Sciences

Department of Chemistry

Benjamin Edward Reiners Snyder is currently serving as a College Of Liberal Arts & Sciences Assistant Professor of Chemistry at Uiuc.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Benjamin Edward Reiners Snyder

UIUC

Assistant Professor of Chemistry

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Unique Presentation of a Genetic Mutation Associated With Immunodeficiency. Annals of Allergy Asthma & Immunology (2024)

M. ShahB. SnyderN. Raje

geneticshuman geneticsforensic geneticsprimary immunodeficienciesgenetic disordersunique presentationimmunologyinborn errors of immunityhivmutagenesis (molecular biology technique)

Magnetic Exchange Coupling in Zeolite Copper Dimers and Its Contribution to Methane Activation. Journal of the American Chemical Society (2024)

Alexander J. HeyerDieter PlessersJing MaBenjamin E. R. SnyderRobert A. SchoonheydtBert F. SelsEdward I. Solomon

A Ligand Insertion Mechanism for Cooperative Nh3 Capture in Metal–Organic Frameworks. Nature (2023)

Benjamin E. R. SnyderAri B. TurkiewiczHiroyasu FurukawaMaria V. PaleyEver O. VelasquezMatthew N. DodsJeffrey R. Long

Metal–Organic Frameworks as O 2 -Selective Adsorbents for Air Separations. Chemical Science (2022)

David E. JaramilloAdam JaffeBenjamin E. R. SnyderAlex SmithEric TawRachel C. RohdeMatthew N. DodsWilliam DeSnooKatie R. MeihausT. David HarrisJeffrey B. NeatonJeffrey R. Long

Second-Sphere Lattice Effects in Copper and Iron Zeolite Catalysis. Chemical Reviews (2022)

Hannah M. RhodaAlexander J. HeyerBenjamin E. R. SnyderDieter PlessersMax L. BolsRobert A. SchoonheydtBert F. SelsEdward I. Solomon

Cage Effects Control the Mechanism of Methane Hydroxylation in Zeolites. Science (2021)

Benjamin E. R. SnyderMax L. BolsHannah M. RhodaDieter PlessersRobert A. SchoonheydtBert F. SelsEdward I. Solomon

Coordination and Activation of Nitrous Oxide by Iron Zeolites. Nature Catalysis (2021)

Max L. BolsBenjamin E. R. SnyderHannah M. RhodaPieter CnuddeGhinwa FayadRobert A. SchoonheydtVeronique Van SpeybroeckEdward I. SolomonBert F. Sels

transition metal chemistryinorganic chemistry frontierreactive nitrogen speciescatalysiscoordination chemistryzeoliteschemical sciencesinorganic chemistryiron zeoliteschemistry

Raw Spectroscopic Data for"Cage Effects Control the Mechanism of Methane Hydroxylation in Zeolites". Zenodo (CERN European Organization for Nuclear Research) (2021)

Benjamin E. R. SnyderMax L. BolsHannah M. RhodaDieter PlessersRobert A. SchoonheydtBert F. SelsEdward I. Solomon

Advances in the Synthesis, Characterisation, and Mechanistic Understanding of Active Sites in Fe-Zeolites for Redox Catalysts. Dalton Transactions (2020)

Max L. BolsHannah M. RhodaBenjamin E. R. SnyderEdward I. SolomonKristine PierlootRobert A. SchoonheydtBert F. Sels

Mechanism of Selective Benzene Hydroxylation Catalyzed by Iron-Containing Zeolites. Proceedings of the National Academy of Sciences (2018)

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