Faculty

Institution

Unit

Venue

G Peters

William H and Janet G Lycan Professor

UIUC

Affiliations

College of Liberal Arts & Sciences

Department of Chemical and Biomolecular Engineering

School of Chemical Sciences

Department of Chemical and Biomolecular Engineering

G Peters is currently serving as a College Of Liberal Arts & Sciences William H and Janet G Lycan Professor at Uiuc.

Honors

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Experiences

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Education

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G Peters

UIUC

William H and Janet G Lycan Professor

You can click a keyword to filter the displayed items

chemistry computational chemistry chemical kinetics physics physical chemistry biophysics chemical physics nucleation chemical engineering molecular modelling catalysis chemical reaction engineering crystal growth theoretical chemistry crystallography crystal formation statistical mechanics statistical physics chemical sciences crystal research molecular kinetics chemical thermodynamics sustainable chemistry quantum chemistry organic process research transition metal chemistry heterogeneous catalysis molecular structure molecular liquids molecular crystals polymerization kinetics molecular physics molecular science material chemistry polymer reaction plastic upcycling catalytic synthesis molecular mechanics reaction process crystal structures nucleation kinetics material simulation polymer synthesis computational biophysics depolymerization reaction coordinate crystal nucleation solution (chemistry) organometallic catalysis transformation kinetics natural gas hydrates gas hydrates natural gas hydrate system catalyst preparation critical phenomena molecular catalysis catalytic process classical nucleation theory phillips catalyst transition path sampling rate constants ab-initio methods monte carlo methods energy minimization catalytic materials single-atom catalyst amorphous solid nucleation rates nucleation rate transition states homogeneous nucleation ice nucleation sodium chloride reaction coordinates trial coordinates surface free energy mathematical chemistry

Notable Scholarly Works

Notable Federal Grants

Collaborators

Antifreeze Proteins Bind Irreversibly to Ice, so Why Does Thermal Hysteresis Depend on Bulk Concentration?. Journal of Physical Chemistry Letters (2025)

G Peters

biophysicsbulk concentrationprotein chemistryprotein sciencebiophysical reviewphysical chemistrymolecular sciencebiochemistryice-water systemhysteresisthermodynamicsprotein foldingbiophysical chemistry

Polymer Molecular Weight Distributions: A Tutorial on Transformations Between Number Density, Mass Density, and Linear/Logarithmic Axes. Industrial and Engineering Chemistry Research (2025)

G Peters

biophysicsmass densitymolecular polymerpolymer propertiespolymer analysispolymer sciencepolymer testingpolymer modelingmolecular sciencelinear/logarithmic axespolymer physicschemistrypolymer chemistrymolecular modelsnumber density

Population Balance Models for Catalytic Depolymerization: From Elementary Steps to Multiphase Reactors. Accounts of chemical research (2025)

G Peters

process biochemistrypopulation balance modelschemical engineeringpopulation balance modelingcatalytic depolymerizationflow synthesiselementary stepschemical kineticschemical reaction engineeringprocess designcatalysissustainable chemistrychemistrydepolymerization

A Microkinetic Model for Isomerizing Ethenolysis. ACS Catalysis (2024)

Ziqiu ChenAaron D. SadowBaron Peters

biological engineeringchemical sciencesplastic upcyclingalkene metathesischain length distributionchemical reaction engineeringpolymer degradationcatalysisisomerizing ethenolysissustainable chemistrychemistryorganic chemistrypolymerization kineticspolymer chemistrymicrokinetic modelorganic process research

A Population Balance Model for the Kinetics of Covalent Organic Framework Synthesis. The Journal of Chemical Physics (2024)

Howard WeatherspoonBaron Peters

chemical scienceschemical thermodynamicschemical physicschemical engineeringmolecular kineticschemical kineticschemical reaction engineeringmolecular sciencenucleationsustainable chemistrychemistryorganic chemistrypopulation balance modelreaction processmultilayer cof particlescovalent bonded frameworkorganic process researchcovalent organic framework

Catalytic Hydrogenolysis of Polyethylene Under Reactive Separation. ACS Catalysis (2024)

Yi-Yu WangAkalanka TennakoonXun WuChinmay SahasrabudheLong QiBaron G. PetersAaron D. SadowWenyu Huang

energy chemistrycatalytic synthesisgreen chemistryhydrogen energycatalytic hydrogenolysischemical engineeringmolecular catalysisindustrial catalysispetrochemicalschemical reaction engineeringhomogeneous catalysisreactive separationcatalysissustainable chemistrychemistrysecondary cleavageorganic process researchhydrogen

Ethylene Polymerization Activity vs Grafting Affinity Trade-Off Revealed by Importance Learning Analysis of in Silico Phillips Catalyst. The Journal of Physical Chemistry C (2024)

Changhae Andrew KimArmin Shayesteh ZadehBaron Peters

chemical reaction engineeringcatalysischemistrymolecular engineeringpolymerization kineticspolymer chemistrypolymer synthesispolymer sciencepolymer technologysustainable chemistrypolymer reactionethylene polymerization activitychemical engineeringpolymeric surfacematerial chemistryimportance learning analysispolymer compositesorganic chemistry frontieraffinity trade-off revealedpolymer engineeringpolymer degradationmaterials science

Kinetic Models for Polymer Upcycling by Tag-And-Cut Strategies. Industrial & Engineering Chemistry Research (2024)

Emmanuel EjioguBaron Peters

biological engineeringpopulation balance equationspolymer upcyclingpolymer sciencechemical engineeringconcurrent tagpolymer modelingchemical reaction engineeringchemical kineticspolymer degradationchemistrypolymerization kineticsdepolymerizationpolymer reactionpolymer chemistryorganic process research

Pharmaceutical Digital Design: From Chemical Structure Through Crystal Polymorph to Conceptual Crystallization Process. Crystal Growth & Design (2024)

Christopher L. BurchamMichael F. DohertyBaron G. PetersSarah L. PriceMatteo SalvalaglioSusan M. Reutzel-EdensLouise S. PriceRavi Kumar Reddy AddulaNicholas FranciaVikram KhannaYongsheng Zhao

chemical sciencescrystal researchapi crystal structuremolecular modellingcomputational chemistrycrystallographycrystal engineeringcrystal structure designrational drug designcrystal structure predictionchemistrynucleation simulationcrystal growthcrystal formationmaterials science

Population Balance Equations for Reactive Separation in Polymer Upcycling. Langmuir (2024)

Changhae Andrew KimChinmay A. SahasrabudheYi-Yu WangRyan YappertAndreas HeydenWenyu HuangAaron D. SadowBaron Peters

population balance equationspolymer upcyclingseparation technologyplastic upcyclingchemical engineeringreactive separationchemical kineticschemical reaction engineeringpolymer degradationcatalysisheat mass transferchemistrypolymerization kinetics

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G Peters

William H and Janet G Lycan Professor

UIUC

Affiliations

College of Liberal Arts & Sciences

Department of Chemical and Biomolecular Engineering

School of Chemical Sciences

Department of Chemical and Biomolecular Engineering

G Peters is currently serving as a College Of Liberal Arts & Sciences William H and Janet G Lycan Professor 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

G Peters

UIUC

William H and Janet G Lycan Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Antifreeze Proteins Bind Irreversibly to Ice, so Why Does Thermal Hysteresis Depend on Bulk Concentration?. Journal of Physical Chemistry Letters (2025)

G Peters

Polymer Molecular Weight Distributions: A Tutorial on Transformations Between Number Density, Mass Density, and Linear/Logarithmic Axes. Industrial and Engineering Chemistry Research (2025)

G Peters

Population Balance Models for Catalytic Depolymerization: From Elementary Steps to Multiphase Reactors. Accounts of chemical research (2025)

G Peters

A Microkinetic Model for Isomerizing Ethenolysis. ACS Catalysis (2024)

Ziqiu ChenAaron D. SadowBaron Peters

A Population Balance Model for the Kinetics of Covalent Organic Framework Synthesis. The Journal of Chemical Physics (2024)

Howard WeatherspoonBaron Peters

Catalytic Hydrogenolysis of Polyethylene Under Reactive Separation. ACS Catalysis (2024)

Yi-Yu WangAkalanka TennakoonXun WuChinmay SahasrabudheLong QiBaron G. PetersAaron D. SadowWenyu Huang

Ethylene Polymerization Activity vs Grafting Affinity Trade-Off Revealed by Importance Learning Analysis of in Silico Phillips Catalyst. The Journal of Physical Chemistry C (2024)

Changhae Andrew KimArmin Shayesteh ZadehBaron Peters

Kinetic Models for Polymer Upcycling by Tag-And-Cut Strategies. Industrial & Engineering Chemistry Research (2024)

Emmanuel EjioguBaron Peters

Pharmaceutical Digital Design: From Chemical Structure Through Crystal Polymorph to Conceptual Crystallization Process. Crystal Growth & Design (2024)

Christopher L. BurchamMichael F. DohertyBaron G. PetersSarah L. PriceMatteo SalvalaglioSusan M. Reutzel-EdensLouise S. PriceRavi Kumar Reddy AddulaNicholas FranciaVikram KhannaYongsheng Zhao

Population Balance Equations for Reactive Separation in Polymer Upcycling. Langmuir (2024)

Changhae Andrew KimChinmay A. SahasrabudheYi-Yu WangRyan YappertAndreas HeydenWenyu HuangAaron D. SadowBaron Peters

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10 / page