DECEMBER 3, 2018 Feature Visualizing a battery's lithium "whiskers" and their degrading effects A recent study pinpointed the reaction front where lithium (Li) dendrites can come into contact with cathode materials. It also detailed the Li propagation pathway and reaction steps that lead to cathode failure. ( Read More )
NOVEMBER 13, 2018 Feature PNNL Workshop Gathers International Experts to Forecast the Future of Electron Microscopy ( Read More )
OCTOBER 22, 2018 Staff Accomplishment Liu Honored for Individual Lifetime Achievement in Science and Technology ( Read More )
OCTOBER 16, 2018 Feature Specialized Ultrasound Technique Inspects Hanford Tank Integrity ( Read More )
OCTOBER 15, 2018 Feature Tuning the Electrocatalytic Performance of Bifunctional Catalysts ( Read More )
SEPTEMBER 19, 2018 Feature Stopping Fires before They Start: How a Salty Solution is Giving Lithium Metal Batteries a Safety Check ( Read More )
AUGUST 26, 2018 Director's Column A Sidewalk that Repairs Itself? PNNL Cracks the Code for Self-Healing Cement Imagine a nascent crack in the sidewalk that heals itself rather than growing into an eyesore or a tripping hazard. ( Read More )
AUGUST 2, 2018 Feature Sustainable Jet Fuel: The Flight Path from Fundamental Science to Applied Technology ( Read More )
JULY 23, 2018 Feature Pharmaceutical Material Shows Promise for Better Grid-Scale Batteries ( Read More )
JULY 19, 2018 Staff Accomplishment Three PNNL Scientists Elected to the Washington State Academy of Sciences Three PNNL scientists elected to the Washington State Academy of Sciences. ( Read More )
JUNE 18, 2018 Staff Accomplishment Metal Research Paper Honored by American Iron and Steel Institute Scientist whose research was conducted at PNNL recognized as part of prestigious American Iron and Steel Institute award. ( Read More )
JUNE 13, 2018 Feature Coral-shaped nanoparticles built by design using engineered peptoids ( Read More )
JUNE 5, 2018 News Release Pharmaceutical Material Shows Promise for Better Grid-scale Batteries An organic molecule used in dyes and antibiotics may be the key to less expensive, more efficient redox flow batteries. ( Read More )