1. SYNTHESIS OF NOVEL ION-CONDUCTING POLYMERS VIA REVERSIBLE ADDITION-FRAGMENTATION CHAIN TRANSFER POLYMERIZATION Open Access Author: Bryson, Kyle Clarence Title: SYNTHESIS OF NOVEL ION-CONDUCTING POLYMERS VIA REVERSIBLE ADDITION-FRAGMENTATION CHAIN TRANSFER POLYMERIZATION Area of Honors: Materials Science and Engineering Keywords: chain polymerizationradical addition-fragmentation chain transfer polypolymersfuel cellsalternative energychemistrymaterials sciencecontrolled radical polymerizationtriblock copolymerstransport propertiesNafion File: Download KCB_Schreyer_Thesis.pdf Thesis Supervisors: Michael Anthony Hickner, Thesis SupervisorDr. Michael Anthony Hickner, Thesis SupervisorPaul C Painter, Thesis Honors Advisor
2. Investigation and Manipulation of Structural Color Produced from Microscale Concave Interfaces in Fluid and Solid Systems Open Access Author: Gregg, Amanda Title: Investigation and Manipulation of Structural Color Produced from Microscale Concave Interfaces in Fluid and Solid Systems Area of Honors: Materials Science and Engineering Keywords: structural colorcolormaterials sciencematerials engineeringemulsionssurfactantslasingmodelingpolymersoptics File: Download schreyer_thesis_amanda_gregg.pdf Thesis Supervisors: Lauren Dell Zarzar, Thesis SupervisorRobert Allen Kimel, Thesis Honors Advisor
3. Cold Sintering of Zinc Oxide Polyimide Composites with Internally Tunable Electrical Properties via Polymer Crosslinking Open Access Author: Vetser, Adam Title: Cold Sintering of Zinc Oxide Polyimide Composites with Internally Tunable Electrical Properties via Polymer Crosslinking Area of Honors: Materials Science and Engineering Keywords: cold sinteringsinteringceramicspolymerscompositesceramic-polymer compositesvaristorsimpedance spectroscopypolyimideZnOzinc oxidecomposite cold sinteringcrosslinkinginternal polymer crosslinkingRTM370 File: Download Adam_Vetser_Undergraduate_Thesis.pdf Thesis Supervisors: Clive A Randall, Thesis SupervisorRobert Allen Kimel, Thesis Honors Advisor
4. Inverse Design of Copolymer Self-Assembly Restricted (Penn State Only) Author: Kleeblatt, Devon Title: Inverse Design of Copolymer Self-Assembly Area of Honors: Materials Science and Engineering Keywords: Inverse materials designself-assemblypolymersgenerative model File: Login to Download Thesis Supervisors: Wesley Reinhart, Thesis SupervisorRobert Allen Kimel, Thesis Honors Advisor