A Taguchi-TOPSIS study shows that solution treatment temperature, holding time and cooling method strongly control the hardness, wear rate and...

In situ tensile testing combined with EBSD has revealed how tensile twins in a magnesium-gadolinium alloy merge, stall, and transmit...

Researchers converted spinach leaf extract into nitrogen-rich reduced graphene oxide that detects dopamine in human serum with high sensitivity, backed...

Researchers in Turkey have boosted silicon solar cell efficiency by about six percent using porous zinc oxide antireflection films made...

A water-soluble polyaniline–sulfonated phenol formaldehyde composite detects hexavalent chromium and ferric iron at nanomolar levels via fluorescence quenching while also...

Molecular dynamics simulations reveal how grain size, palladium content, and temperature govern the hardness and deformation mechanisms of CoCuFeNiPdx high-entropy...

Researchers have welded biodegradable PBAT powder inside graphene oxide aerogels using heat alone to create solvent-free porous scaffolds that hold...

Researchers in China have developed a fluorine-free ultra-slippery superhydrophobic coating from a single calcination step that combines anti-condensation, oil-water separation...

Researchers have developed a boron nitride and polymer coating that reflects sunlight, radiates heat, and conducts Joule heat away from...

A new Journal of Materials Science study shows that the quenching route chosen before hot rolling determines the lattice distortion,...