Kyle Brinkman (PI), Co-PI, Brian Powell, Lindsay Shuller-Nickles, Jian He and Raj Bordia, “High Temperature Melt Solution Calorimeter: The Thermodynamic Characterization of Oxides in Nuclear Energy” DOE-Nuclear Energy University Programs (NEUP) Infrastructure Grant, ($400,000), (2015-2016). More information here
K. Brinkman, E. Fox, P. Korinko, F. Chen, U.S. Patent Number: 13/066,166 “Proton Conducting Ceramics in Membrane Separations” 2015 http://www.google.com/patents/US9005486 K. Brinkman, U.S. Patent Number: 13/297,826 “Nanocrystalline Cerium Oxide Materials for Solid Fuel Cell Systems” 2015 http://www.google.com/patents/US9023550
Award presented at ACERS Banquet Materials Science and Technology (MS&T) Columbus, Ohio October 5th, (2015). Read more here
Kyle Brinkman, “Multiphase ceramic composites for energy conversion and storage” in 4th International Symposium on Energy Challenges and Mechanics- working on small scales, August 11-13th, Aberdeen, Scotland UK (2015). Keynote Kyle Brinkman, “Multiphase Ceramic Composites for Membrane Separations and Nuclear Waste Immobilization- The Role of the Interface” the European Congress and Exhibition on Advanced …
Prof. Brinkman delivers a series of Keynote and Invited lectures in Europe Read More »
Structure Property Relations in Ceramic Composites for Energy Conversion and Storage Mixed ionic-electronic conductors are widely used in devices for energy conversion and storage. Grain boundaries in these materials have nanoscale spatial dimensions, which can generate substantial resistance to ionic transport due to dopant segregation. Lower resistance to ionic transport may improve the performance of …
Summer Undergraduate Research Opportunities in the Brinkman Group: NSF REU Program Read More »