Date of Completion
6-1-2015
Embargo Period
5-29-2015
Major Advisor
Nicholas E. Leadbeater
Associate Advisor
Dr. Robert R. Birge
Associate Advisor
Dr. Jose A. Gascon
Associate Advisor
Dr. Jing Zhao
Associate Advisor
Dr. Ronald J. Wikholm
Field of Study
Chemistry
Degree
Doctor of Philosophy
Open Access
Open Access
Abstract
The development of synthetic methodologies can be aided and improved upon by a critical understanding of the mechanistic pathways at play during a chemical reaction. Computational modeling has proven very valuable in this endeavor. My graduate research has focused on three areas in particular: (1) development of synthetic methodologies, (2) quantum chemical modeling, and (3) utilization of emerging technologies. These topics are highly relevant in the literature today and serve as a foundation to aid researchers in generations to come.
Recommended Citation
Hamlin, Trevor A., "Development of New Synthetic Methods, Mechanistic Elucidation of Novel Organic Reactions Using Quantum Calculations, and Harnessing the Power of Continuous Flow Technologies" (2015). Doctoral Dissertations. 789.
https://digitalcommons.lib.uconn.edu/dissertations/789