We study the performance advantages provided by structuring hierarchical functional materials. To this end, we develop methods to synthesize rationally-engineered materials for optical and electrochemical applications. We also devise simulations and charaterization techniques for operando characterization and optimization of these materials.
Recent Group Pubs
- Conlin, S.K., Muhanga, J.J., Parette, D.N., and Coridan, R.H.* Characterizing the Stability of Ultra-Thin Metal Oxide Catalyst Films in Non-thermal Plasma CO2 Reduction Reactions, accepted, Nanoscale Advances (2024)
- Kempler, P., Coridan, R.H., and Luo, L. Gas evolution in water electrolysis, Chemical Reviews, 124, 10964-11007 (2024)
- Conlin, S.K., Mehrabi, H., Parette, D.N., Nichols, E.M., and Coridan, R.H.* Characterizing Catalyst Function and Transformations in the Plasma Reduction of CO2 on Atomic Layer Deposition-Synthesized Catalysts, accepted, RSC Applied Interfaces (2024)
Recent News
- September 2024 - Thank you to the DOE Solar Photochemistry Program for continued funding in the program! We look forward to making new photoelectrode materials going forward.
- August 2024 - Congratulations to Dr. Sam Conlin on his Chemistry Ph.D. defense!
- April 2024 - Congratulations to Trent and Anna for well defended Honors theses!
- February 2024 - Welcome to new student Ben Hollis (Chem B.S. student)!