llustration depicting hydrogen-induced degradation of a sodium-ion battery: (1) When hydrogen is present (circled in black), (2) an Mn atom (purple) can move from the MnO2 layer to the Na layer (yellow); (3) Mn can then move within the Na layer, and will be lost. Illustration by Hartwin Peelaers.
UCSB researchers reveal that a common impurity degrades battery electrodes.
Summer GRIT talks feature leading UCSB faculty discussing the the inspiration for their research and the impact it has. Photograph by Elena Zhukova
The annual lecture series features some of UCSB's leading faculty sharing their research.
Xin Wang and William Wang on stage with the other winners.
Xin Wang's paper is recognized as the best of the more than 1,300 papers that were accepted for consideration.
3D Printing Industry
Jul 01, 2019
US Researchers Paving the Way for "New Class of Materials" with 3D Printable Nanocomposites
DOE News
Jun 13, 2019
At DOE's Manufacturing Demonstration Facility, Science Drives Next-gen Creations
University of Michigan News
Jun 03, 2019
"SEISMIC" Multi-university Project to Tackle Equity and Inclusion in STEM
U.S. Army Research Laboratory
May 02, 2019
Army Research Conducted at UCSB May Be Used to Treat Cancer, Heal Combat Wounds
 |
|
