Scientists created a heat-resistant alloy that could bring us one step closer to clean energy creating fusion reactors.

Scientists from the Institute of Science Tokyo suggest that a novel alloy with high heat tolerance could help solve a ...

Researchers explored protective coatings on advanced to resist corrosion in fusion reactors. They tested α-Al2O3 oxide layers ...

Liquid metal coolants used inside fusion reactors threaten the structural integrity of reactor. A ODS alloy coating is ...

Lithium, whose silvery-white colour tarnishes on oxidation when exposed to air, is the most electropositive metal (−3.04 V versus a standard hydrogen electode), the lightest (M = 6.94 g mol −1 ...

In a study published in the journal Corrosion Science, researchers explored protective coatings to advance corrosion ...

Scientists are making fusion energy—a cleaner, nearly limitless power source—more practical by developing materials that can ...

After the initial silicon-lithium alloy layer is formed, subsequent layers are pure lithium. Micrometre-scale silicon particles at the anode constrain the lithiation process (i.e. during charging ...

After the initial silicon-lithium alloy layer is formed, subsequent layers are pure lithium. Micrometre-scale silicon particles at the anode constrain the lithiation process (i.e. during charging ...