June 22nd, 2018 | by Faye Oney
Researchers discovered that a chemical reaction that takes place when a performance-enhancing additive is mixed into a lithium battery’s electrolyte can suppress its decomposition—similar to the pickling process. This discovery could lead to higher-performing batteries.
March 28th, 2018 | by April Gocha
Inducing superconductivity in tungsten disulfide monolayer, liquid-to-glass transition process gains clarity, and other materials stories that may be of interest for March 28, 2018.
March 15th, 2018 | by April Gocha
The April 2018 issue of the ACerS Bulletin—featuring articles about ceramics in the semiconductor industry, refractory firebricks for energy storage, high-temperature furnace coatings, ceramic proppant supply, and additive manufacturing at Ceramics Expo 2018—is now available online.
March 2nd, 2018 | by April Gocha
Researchers at Northwestern University have developed a high-efficiency protonic ceramic fuel cell that operates at mid-range temperatures; and researchers at the University of Wisconsin–Madison are harnessing the power of computation to identify better materials for solid oxide fuel cells.
October 24th, 2017 | by Faye Oney
Researchers built the first ceramic pump that can transfer liquid metals up to 1,673 Kelvin (2,552ºF). The pump could be used for renewable energy storage, producing hydrogen from methane without releasing CO2, and to develop new types of batteries.
October 18th, 2017 | by April Gocha
Atom-thick alloys with unanticipated magnetic properties, battery based on sodium may offer more cost-effective storage than lithium, and other materials stories that may be of interest for October 18, 2017.
August 1st, 2017 | by Faye Oney
Researchers have designed battery electrodes using MXene, a highly conductive material, that could accelerate battery-charging times. The research could also solve the electric vehicle industry's battery-charging challenges.
May 3rd, 2017 | by April Gocha
Researchers at the University of California, Riverside, have devised a technique to convert recycled glass bottles into nanosilicon anodes for next-gen lithium-ion batteries with the capacity to store almost four times as much energy as conventional anodes.
November 29th, 2016 | by April Gocha
Researchers at the University of Central Florida have developed a technique to incorporate 2-D materials into thin and flexible supercapacitor nanostructures that rapidly provide sufficient power and remain stable after countless charging cycles.
November 23rd, 2016 | by April Gocha
Smashing metallic micro-cubes makes them ultrastrong, glow-in-the-dark dye could fuel liquid-based batteries, and other materials stories that may be of interest for November 23, 2016.