Faculty

Institution

Unit

Venue

Chris Evans

Associate Professor

UIUC

Affiliations

The Grainger College of Engineering

Department of Materials Science and Engineering

Materials Science & Engineering

Chris Evans is currently serving as a Materials Science And Engineering Associate Professor at Uiuc.

Honors

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Experiences

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Education

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Chris Evans

UIUC

Associate Professor

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polymer science materials science polymer chemistry chemistry material chemistry polymer testing polymer composites ionic conductors molecular liquids biophysics polymer physics applied physics solid-state ionics polymer properties physical chemistry polymer degradation interface science biopolymers soft matter polymeric surface electrochemistry molecular engineering macromolecular science conducting polymers glass transition interpenetrating polymer networks molecular crystals macromolecular chemistry advanced energy material block co-polymers thermal conductivity polymer networks functional materials energy storage materials thermal engineering molecular physics polymer materials glass-forming liquids polymer analysis polymer modeling polymer self-assembly macromolecular systems thermal properties electrode-electrolyte interfaces polymer stability polymer membranes polymer blends polymer solutions ionic liquids nanoparticle research colloidal nanocrystals ionic liquid ethylene oxide polymerized ionic liquids ethylene vitrimers luminescence organic coating energy chemistry nanoscale chemistry energy materials smart polymers relaxation process thermal conduction thermal transport dynamic polymer networks epoxy resins precise network ion specific self-healing surface thermoelectric materials broad temperature window precise linker length dynamic bond exchange kinetics structural relaxation segmental dynamics

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Anion and Cation Size Effects on Viscoelasticity and Ion Transport of Imine Vitrimer Electrolytes. Chemistry of Materials (2025)

Seongon JangRuey-Bin TsaiCharles M. SchroederChristopher M. Evans

materials sciencethermal stabilitymaterial chemistryimine vitrimerssolid-state ionicspolymer testingphysical chemistryionic conductorsimine vitrimer electrolytespolymer chemistrychemistryion structurepolymer sciencemacromolecular scienceelectrochemistry

Crosslinking Density and Salt Addition Impacts on the Large Amplitude Oscillatory Shear Response of Acrylate Network Electrolytes. Journal of Polymer Science (2025)

Samyak N. ChordiaPaul V. BraunShailesh N. JoshiTimothy S. ArthurChristopher M. Evans

materials scienceelectrode-electrolyte interfacesmaterial chemistryacrylate network electrolyteselectrochemical energy conversionacrylate networkpolymer compositeselectrochemistrychemical engineeringpolymer chemistryenergy storage materialsethylene oxideadvanced energy materialpolymer testingchemistryenergy storageionic conductorssolid-state batteriespolymer science

Dynamic Bonding Enhances Polymer Miscibility in Binary Polymer Blends. (2025)

Yun-Ju ChenYu-Hsuan TsaoChristopher EvansCharles Sing

materials sciencebulk phase separationpolymer testingphase separationpolymer blendspolymer physicspolymer chemistrychemistrypolymer propertiespolymer degradationpolymer sciencebinary polymer blendspolymer composites

Dynamic Covalent Bond Exchange at Block Copolymer Junctions Impacts Self-Assembly Kinetics. Macromolecules (2025)

Yu-Hsuan TsaoYun-Ju ChenCharles E. SingChristopher M. Evans

materials scienceinterface sciencepolymer testingphysical chemistryself-assemblyblock copolymer junctionspolymer chemistrymolecular self-assemblychemistrypolymer degradationpolymer scienceblock co-polymerspolymerization kineticspolymer self-assembly

Influence of Segmental Dynamics on Bond Exchange in Imine Vitrimers With Different Polymer Backbones and Cross-Linkers. Macromolecules (2025)

Sirui GeChristopher M. Evans

biophysicsimine vitrimerssegmental dynamicscross-linkmolecular structurebiomolecular engineeringpolymer chemistrymacromolecular systemsbond exchangepolymer sciencebiopolymersmacromolecular sciencemacromolecular architecture

Ion Transport in Helical-Helical Polypeptide Polymerized Ionic Liquid Block Copolymers. Nature Communications (2025)

Yingying ChenTianjian YangYao LinChristopher M. Evans

functional materialsmaterials scienceliquid crystalshelical-helical polypeptideion transportmaterial chemistrysolid-state ionicsself-assemblyionic conductorsmolecular liquidspolymer chemistrychemistryppil bcpspolymer scienceblock co-polymersbiopolymerspolymer self-assembly

Ion Transport in Polymerized Ionic Liquid Block Copolymers: Insights for High Polymerized Ionic Liquid Content. Macromolecules (2025)

Yingying ChenChristopher M. Evans

materials scienceion transportmaterial chemistrysolid-state ionicschemical engineeringionic conductorspolymer chemistrychemistrypolymer scienceblock co-polymersbiopolymersion process

Viscosity-Controlled Thiol–Ene Reaction and Its Impact on Mechanical Response of Dynamic Networks. ACS Macro Letters (2025)

Chen ChenYijue XuYingying ChenChristopher M. EvansPaul V. Braun

biophysical chemistrybiophysicsmacromolecular chemistryphase separationviscosity-controlled thiol–ene reactionpolymer physicspolymer chemistrypolymer networkschemistrypolymer degradationpolymer sciencemacromolecular sciencebiopolymerspolymerization kineticspolymer composites

Visualizing Energy Transfer Between Redox-Active Colloids. Science Advances (2025)

Alan Subing QuZihao OuYavuz SavsatliLehan YaoYu CaoHao YuElena C. MontotoJingshu HuiBo LiJulio A. N. T. SoaresLydia KisleyBrian P. BaileyElizabeth A. MurphyJunsheng LiuJennifer HuangChristopher M. EvansCharles M. SchroederJoaquín Rodríguez-LópezJeffrey S. MooreQian ChenPaul V. Braun

colloidal systemscolloid chemistrycolloidal suspensionsbiophysicsinterface sciencematerial chemistryredox-active colloidssmart materialsredox-based electron transportelectroanalytical chemistrychemistryconducting polymerselectrochemistry

Coupling of Ethylene-Oxide-Based Polymeric Network Structure and Counterion Chemistry to Ionic Conductivity and Ion Selectivity. Macromolecules (2024)

Chen ChenBaicheng MeiJingyi ZhouKenneth S. SchweizerChristopher M. EvansPaul V. Braun

materials scienceinterpenetrating polymer networkselectroactive materialmaterial chemistrychemical engineeringpolymer testingpolymer compositesionic conductorsionic conductivitypolymer chemistryenergy storage materialspolymer networkschemistryethylene oxideconducting polymerspolymer sciencepolymeric surfaceelectrochemistry

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Chris Evans

Associate Professor

UIUC

Affiliations

The Grainger College of Engineering

Department of Materials Science and Engineering

Materials Science & Engineering

Chris Evans is currently serving as a Materials Science And Engineering Associate 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

Chris Evans

UIUC

Associate Professor

You can click a keyword to filter the displayed items

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Anion and Cation Size Effects on Viscoelasticity and Ion Transport of Imine Vitrimer Electrolytes. Chemistry of Materials (2025)

Seongon JangRuey-Bin TsaiCharles M. SchroederChristopher M. Evans

Crosslinking Density and Salt Addition Impacts on the Large Amplitude Oscillatory Shear Response of Acrylate Network Electrolytes. Journal of Polymer Science (2025)

Samyak N. ChordiaPaul V. BraunShailesh N. JoshiTimothy S. ArthurChristopher M. Evans

Dynamic Bonding Enhances Polymer Miscibility in Binary Polymer Blends. (2025)

Yun-Ju ChenYu-Hsuan TsaoChristopher EvansCharles Sing

Dynamic Covalent Bond Exchange at Block Copolymer Junctions Impacts Self-Assembly Kinetics. Macromolecules (2025)

Yu-Hsuan TsaoYun-Ju ChenCharles E. SingChristopher M. Evans

Influence of Segmental Dynamics on Bond Exchange in Imine Vitrimers With Different Polymer Backbones and Cross-Linkers. Macromolecules (2025)

Sirui GeChristopher M. Evans

Ion Transport in Helical-Helical Polypeptide Polymerized Ionic Liquid Block Copolymers. Nature Communications (2025)

Yingying ChenTianjian YangYao LinChristopher M. Evans

Ion Transport in Polymerized Ionic Liquid Block Copolymers: Insights for High Polymerized Ionic Liquid Content. Macromolecules (2025)

Yingying ChenChristopher M. Evans

materials scienceion transportmaterial chemistrysolid-state ionicschemical engineeringionic conductorspolymer chemistrychemistrypolymer scienceblock co-polymersbiopolymersion process

Viscosity-Controlled Thiol–Ene Reaction and Its Impact on Mechanical Response of Dynamic Networks. ACS Macro Letters (2025)

Chen ChenYijue XuYingying ChenChristopher M. EvansPaul V. Braun

Visualizing Energy Transfer Between Redox-Active Colloids. Science Advances (2025)

Coupling of Ethylene-Oxide-Based Polymeric Network Structure and Counterion Chemistry to Ionic Conductivity and Ion Selectivity. Macromolecules (2024)

Chen ChenBaicheng MeiJingyi ZhouKenneth S. SchweizerChristopher M. EvansPaul V. Braun

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