Two Different Squaraines: Insights into Efficiency - Chemistry Seminar

A Comparison of the Behavior of Two Different Squaraines: Insights into Efficiency

Daniel Saviola
Chemistry MS Candidate, RIT
Graduate Advisor: Dr. Christopher Collison

Abstract:

Squaraines (SQ) are a class of small organic molecules that show great promise for use in organic photovoltaics (OPV). In solid films, the SQ molecules are known to interact, readily aggregating together, which has a significant impact on their properties, thus effecting the overall efficiency of devices. In this work, the aggregation of two SQ is studied, and a model is created to spectroscopically determine the relative populations of aggregates compared to “monomers,” the primary goal being to determine a quantitative relationship between the degree of aggregation and device efficiency. Additionally, a new state of the SQ molecules is discovered, neither a monomer or a true aggregate, and its effect on efficiency is explored.

Speaker Bio:

Dan was born in Buffalo, NY and completed his undergraduate degree in chemistry from RIT. His undergraduate research was primarily focused on organic chemistry, working with Dr. Christina Goudreau on her project to create a new organic lab curriculum. For his master’s research, he worked with Dr. Christopher Collison on a project working on organic photovoltaic devices.


Contact
Mike Cross



Event Snapshot
When and Where
Tuesday, August 27, 2019
12:30 PM-1:45 PM
Thomas Gosnell Hall
Room/Location:
A300
Who

Open to the Public

Interpreter Requested

No

Topics
research
science
STEM