1. Nitrogen Nucleophiles in Intramolecular Michael Reactions of Nitrosoalkenes Open Access Author: Wang, Tony Lingguang Title: Nitrogen Nucleophiles in Intramolecular Michael Reactions of Nitrosoalkenes Area of Honors: Chemistry Keywords: nitrogennucleophilesmichael reactionnitrosoalkenevinylnitroso File: Download wang_honors_thesis_final.pdf Thesis Supervisors: Steven M Weinreb, Thesis SupervisorSteven M Weinreb, Thesis SupervisorPrzemyslaw Maslak, Thesis Honors AdvisorKatherine Mary Masters, Faculty Reader
2. Synthesis of a Chiral Phosphacycle to Catalyze Deoxygenative Condensation of α-Keto Esters and Carboxylic Acids via P(III)/P(V) Redox Cycling Open Access Author: Yan, Patrick Kemo Title: Synthesis of a Chiral Phosphacycle to Catalyze Deoxygenative Condensation of α-Keto Esters and Carboxylic Acids via P(III)/P(V) Redox Cycling Area of Honors: Chemistry Keywords: Phosphorusredox File: Download YAN_PATRICK_SYNTHESIS_OF_A_CHIRAL_PHOSPHACYCLE_TO_CATALYZE_DEOXYGENATIVE_CONDENSATION_OF_ALPHA-KETO_ESTERS_AND_CARBOXYLIC_ACIDS_VIA_PIII_PV_REDOX_CYCLING.pdf Thesis Supervisors: Alexander Thomas Radosevich, Thesis SupervisorPrzemyslaw Maslak, Thesis Honors AdvisorKatherine Mary Masters, Faculty Reader
3. Development of Catalysts for the Implementation of a Hydrogen Economy Open Access Author: Soucy, Taylor Louise Title: Development of Catalysts for the Implementation of a Hydrogen Economy Area of Honors: Chemistry Keywords: catalystsnanoparticleshydrogenenergyfuel File: Download Soucy_Honors_Thesis_Final_.pdf Thesis Supervisors: Raymond Edward Schaak, Thesis SupervisorRaymond Lee Funk, Thesis Honors AdvisorKatherine Mary Masters, Thesis Supervisor
4. Synthesis of Homogeneous Polymer-based Photoredox Catalysts Restricted (Penn State Only) Author: Griggs, Anna Title: Synthesis of Homogeneous Polymer-based Photoredox Catalysts Area of Honors: Chemistry Keywords: photoredoxcatalysispolymer File: Login to Download Thesis Supervisors: Elizabeth A Elacqua, Thesis SupervisorBenjamin James Lear, Thesis Honors AdvisorKatherine Mary Masters, Faculty Reader
