Structural and Surface Insights of Microemulsions for Advanced Energy Systems
 

Abstract:
Microemulsions, with their complex and tunable structural properties, are being studied in the development of advanced energy systems. This presentation investigates the bulk structures of microemulsions through Small-Angle Neutron Scattering (SANS), revealing insights into their unique nanoscale organization and dynamics. Complementary studies on the ordering of microemulsions at hydrophilic and amphiphilic surfaces using neutron reflectivity further elucidate how microemulsions behave and interact at interfaces, a factor critical for optimizing performance in various applications. Finally, the application of these structurally versatile microemulsions within supercapacitor systems is explored, emphasizing their potential to improve energy storage efficiency. By integrating structural and surface-level understanding, this research highlights microemulsions' versatility and application potential in energy technologies, underscoring their importance in next-generation energy storage solutions.

 
Biography:
Adam Imel, research associate professor at the University of Tennessee Oak Ridge Innovation Institute, focuses on polymers, nanocomposites, and energy storage solutions. His research delves into the structural and dynamic properties of polymers and microemulsions, utilizing advanced techniques such as neutron scattering and electrochemical analysis to investigate the potential of these materials in applications like redox flow batteries and supercapacitors. Imel’s contributions have advanced understanding in the field, leading to several high-impact publications and international presentations. He earned his PhD in polymer chemistry from the University of Tennessee and a BS in Chemistry from the University of Central Oklahoma.