Faculty

Institution

Unit

Venue

David E Woon

Research Associate Professor of Chemistry

UIUC

Affiliations

College of Liberal Arts & Sciences

Department of Chemistry

School of Chemical Sciences

Department of Chemistry

David E Woon is currently serving as a College Of Liberal Arts & Sciences Research Associate Professor of Chemistry at Uiuc.

Honors

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Experiences

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Education

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David E Woon

UIUC

Research Associate Professor of Chemistry

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chemistry theoretical chemistry quantum chemistry molecular structure physics computational chemistry physical chemistry chemical physics molecular chemistry chemical structure structural chemistry chemical bond chemical sciences cosmochemistry theoretical inorganic chemistry density functional theory ab-initio methods spectra-structure correlation astrochemistry applied physics molecular modelling chemical kinetics atomic spectroscopy molecular science electronic structure biochemistry coordination chemistry hydrogen bond transition metal chemistry gas phase energy chemistry cluster chemistry excited state property benchmark calculations pair bonding electronic excited states chemical geology ion structure hydrogen-bonded liquid chemical thermodynamics proton transfer hydrogen transition reaction intermediates gaussian basis sets basis sets planetary change hydrogen energy molecular physics molecular kinetics main group chemistry atmospheric photochemistry carbon monoxide carbon atmospheric environment cluster science molecular properties radical (chemistry) mechanistic photochemistry reactivity (chemistry) molecular design planetary atmospheres cosmic abundance physicochemical analysis correlated molecular calculations water molecules altmetric attention score chemical growth astrophysical ices formic acid barrier height cluster calculations pair potentials bond-stretch isomers structure determination structure elucidation hydrogen generation amorphous ice astronomy quantum solid interstellar medium

Notable Scholarly Works

Notable Federal Grants

Collaborators

Benchmarking Time-Dependent Density Functional Theory for the Prediction of Electronic Absorption Spectra of Amorphous Ices for Astrochemical Applications. Molecular Physics (2023)

David E. Woon

computational chemistrycarbon monoxidebiophysicsexcited state propertyspectra-structure correlationmolecular modellingquantum chemistrymolecular structuretim leetraining setdensity functional theoryelectronic excited statestheoretical chemistrychemistry

Formation of Hydroxide Anions in Amorphous Astrophysical Ices and Recombination With Protons: A Quantum Chemical Study. Monthly Notices of the Royal Astronomical Society (2023)

David E Woon

hydroxide anionshydrogen bondcosmochemistryenergy chemistryhydrogen energyhydrogen transitionphysical chemistrymolecular chemistrychemistryphysicsquantum chemical studyatomic physicshydrogenquantum chemistryion structurechemical sciencesdensity functional theorychemical physicstheoretical chemistry

Formation of Sodium-Bearing Species in the Interstellar Medium. Monthly Notices of the Royal Astronomical Society (2023)

Kinsuk AcharyyaDavid E WoonEric Herbst

star formationastrophysicsorion src1gas phaseastrophysical simulationsastronomycosmochemistryhigh energy density physicschemical geologyastrochemistrycosmic abundancesodium-bearing speciesprotoplanetary disksplanetary changeinterstellar mediumchemistry

Quantum Chemical Modeling of Astrochemical Reactions of C Atom and C+ Cation With Nh3 Bound to Amorphous Water Ice. Proceedings of the 2022 International Symposium on Molecular Spectroscopy (2023)

David Woon

computational chemistryphysicschemical bondc atomsquantum chemistrymolecular structurecosmochemistryastrochemistrync radicalgas phasechemical physicsphysical chemistrychemistry

Icy Grain Mantle Surface Astrochemistry of Mgnc: The Emergence of Metal Ion Catalysis Studied via Model Ice Cluster Calculations. The Journal of Physical Chemistry A (2022)

David E. Woon

materials sciencechemical structuremagnesium alloystransition metal chemistrymagnesium isocyanidemagnesium-based compositecosmochemistryinorganic chemistrycoordination chemistrychemical sciencescrystallographygas phaseinorganic materialsphysical chemistrycluster calculationschemistry

Quantum Chemical Cluster Studies of Cation–Ice Reactions for Astrochemical Applications: Seeking Experimental Confirmation. Accounts of Chemical Research (2021)

David E. Woon

computational chemistryphysicschemical kineticscation–ice reactionsgas phase chemistryquantum chemistrymolecular structurecosmochemistryastrochemistrychemical sciencesgas phasecluster chemistrychemical physicsphysical chemistrytheoretical chemistryreactivity (chemistry)chemistry

Use of Student-Specific Molecules and Their Spectroscopic Properties in Physical Chemistry Courses. Proceedings of the 2022 International Symposium on Molecular Spectroscopy (2021)

David Woon

educationscience educationclassical thermodynamicspartition functionschemistry educationgeneral chemistryundergraduate researchphysic educationstudent learningclosed-shell moleculechemistry

Viewpoint on Acs Phys Division Sponsored Virtual Seminars. The Journal of Physical Chemistry C (2021)

Heather Abbott-LyonCarlos R. BaizPartha P. BeraKyle CrabtreeQiang CuiRyan C. FortenberryChristy F. LandesAnne B. McCoyRodrigo NoriegaDavid E. Woon

physicsastrophysicsastrochemistry subdivisionmorehigh-energy astrophysicsastrophysical simulationsastronomyj. physexperimental physicsacta astronauticasynchrotron radiationbiophysical subdivisionmoreastroparticle physicshigh energy physics

The Formation of Glycolonitrile (Hoch 2 Cn) From Reactions of C + With Hcn and Hnc on Icy Grain Mantles. The Astrophysical Journal (2020)

David E. Woon

organic chemistrytransition metal chemistrybiochemistrycosmochemistrymolecular structuremolecular scienceastrochemistrychemical sciencesneutral hochnc radicalicy grain mantlehochnc ice-bound intermediateorganometallic chemistrycluster chemistrymolecular chemistrychemistry

Theoretical Kinetic Studies of Venus Chemistry. Formation and Destruction of Scl, Scl2, and Hscl. Icarus (2020)

David E. WoonDominique M. MaffucciEric Herbst

computational chemistrychemical kineticsmolecular kineticstheoretical kinetic studiesvenus chemistrygeneral chemistryplanetary scienceschemical physicstheoretical chemistrychemistry

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David E Woon

Research Associate Professor of Chemistry

UIUC

Affiliations

College of Liberal Arts & Sciences

Department of Chemistry

School of Chemical Sciences

Department of Chemistry

David E Woon is currently serving as a College Of Liberal Arts & Sciences Research Associate 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

David E Woon

UIUC

Research Associate Professor of Chemistry

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Benchmarking Time-Dependent Density Functional Theory for the Prediction of Electronic Absorption Spectra of Amorphous Ices for Astrochemical Applications. Molecular Physics (2023)

David E. Woon

Formation of Hydroxide Anions in Amorphous Astrophysical Ices and Recombination With Protons: A Quantum Chemical Study. Monthly Notices of the Royal Astronomical Society (2023)

David E Woon

Formation of Sodium-Bearing Species in the Interstellar Medium. Monthly Notices of the Royal Astronomical Society (2023)

Kinsuk AcharyyaDavid E WoonEric Herbst

Quantum Chemical Modeling of Astrochemical Reactions of C Atom and C+ Cation With Nh3 Bound to Amorphous Water Ice. Proceedings of the 2022 International Symposium on Molecular Spectroscopy (2023)

David Woon

computational chemistryphysicschemical bondc atomsquantum chemistrymolecular structurecosmochemistryastrochemistrync radicalgas phasechemical physicsphysical chemistrychemistry

Icy Grain Mantle Surface Astrochemistry of Mgnc: The Emergence of Metal Ion Catalysis Studied via Model Ice Cluster Calculations. The Journal of Physical Chemistry A (2022)

David E. Woon

Quantum Chemical Cluster Studies of Cation–Ice Reactions for Astrochemical Applications: Seeking Experimental Confirmation. Accounts of Chemical Research (2021)

David E. Woon

Use of Student-Specific Molecules and Their Spectroscopic Properties in Physical Chemistry Courses. Proceedings of the 2022 International Symposium on Molecular Spectroscopy (2021)

David Woon

educationscience educationclassical thermodynamicspartition functionschemistry educationgeneral chemistryundergraduate researchphysic educationstudent learningclosed-shell moleculechemistry

Viewpoint on Acs Phys Division Sponsored Virtual Seminars. The Journal of Physical Chemistry C (2021)

Heather Abbott-LyonCarlos R. BaizPartha P. BeraKyle CrabtreeQiang CuiRyan C. FortenberryChristy F. LandesAnne B. McCoyRodrigo NoriegaDavid E. Woon

The Formation of Glycolonitrile (Hoch 2 Cn) From Reactions of C + With Hcn and Hnc on Icy Grain Mantles. The Astrophysical Journal (2020)

David E. Woon

Theoretical Kinetic Studies of Venus Chemistry. Formation and Destruction of Scl, Scl2, and Hscl. Icarus (2020)

David E. WoonDominique M. MaffucciEric Herbst

computational chemistrychemical kineticsmolecular kineticstheoretical kinetic studiesvenus chemistrygeneral chemistryplanetary scienceschemical physicstheoretical chemistrychemistry

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