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Graduate students Timothy Plett of the University of California, Irvine, and Emily Sahadeo of the University of Maryland have become contributing writers for "Frontiers in Energy Research", a newsletter describing the reaserch taking place in the various Energy Frontier Research Centers that DOE funds.
"All batteries lose energy because of internal resistance, which is why batteries get hot after long use. To make more efficient batteries, scientists are researching methods to lower internal resistance. Mya Le and her colleagues from the Energy Frontier Research Center Nanostructures for Electrical Energy Storage (NEES) approached the challenge of internal resistance for the case of tiny electrodes, a key component for new, novel battery design. Understanding internal resistance could lead to "nano-batteries" that take advantage of nanoscale structures to improve electrical energy storage, lasting longer and delivering more energy than conventional technologies." Read more
Sahadeo's article, "The Secrets Such Structures May Hold: Zeolites and Metal-Organic Frameworks", covers work from two other EFRCs that are developing new catalysts and using nanoporous materials.
October 1, 2015
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