Giang Le
I hope to demonstrate the ability to use non-linear electrochemical impedance spectroscopy (NLEIS) for solid oxide fuel cell (SOFC) performance diagnosis. Advisor: Stuart Adler — Chemical Engineering ...
Orion Dollar
I plan to use machine learning, a genetic algorithm and molecular dynamic simulations in tandem to thoroughly explore the solute/IL space and return candidate electrolytes that are electrochemically stable with desirable transport characteristics. Advisor: Jim Pfaendtner - Chemical Engineering ...
Erjin Zheng
My anticipated research will focus on developing new hole transport layer based on PEDOT derivatives for perovskite solar cells. Advisor: Qiuming Yu - Chemical Engineering ...
Qiu Ru Linnette Teo
My research aims to further the technique of Electrochemical impedance spectroscopy (EIS) by looking at joint time-frequency analysis of an impedance-like response about a non-steady periodic condition, e.g. when a battery is charging. Advisor: Venkat Subramanian - Chemical Engineering ...
Akshay Subramaniam
Thick, high-capacity electrodes are actively being considered to improve the energy density of lithium-ion batteries for electric vehicles (EVs). Advisor Venkat Subramanian - Chemical Engineering ...
Jaime Rodriguez
My research focuses on developing new organic based active materials for grid-scale energy storage in redox-flow batteries. Advisor: Lilo Pozzo - Chemical Engineering ...
Erica Eggleton
My current research focuses on developing a battery and vehicle model that utilizes geographic information system (GIS) data to predict the state of health of lithium-ion battery packs for hybrid-electric buses. Advisor: Daniel Schwartz - Chemical Engineering ...
Jonathan Witt
I will measure the rate of change of gas phase species with electrochemical impedance to give a set of stringent criteria for determining reaction mechanism and kinetics for co-electrolysis of C02 and H20. Advisor: Eric Stuve - Chemical Engineering ...
Nicole Thompson
My research will focus on developing novel processing techniques to incorporate dopants more efficiently and cost effectively into earth abundant and nontoxic semiconductor nanocrystals. Advisor: Vince Holmberg - Chemical Engineering ...
Monica Esopi
My anticipated research will focus on designing and fabricating large area nanopatterned metal films for incorporation, as a transparent electrode, into organic solar cells. Advisor: Qiuming Yu - Chemical Engineering ...
Neal Dawson-Elli
My research will focus on using artificial neural networks to create surrogate models for physics-based battery models for parameter estimation, real-time control strategies, and educational tools. Advisor: Venkat Subramanian - Chemical Engineering ...
