Tag: materials science

An experimental study of four copper-silver cast alloys found that silver content and the starting phase arrangement strongly influenced how ...

An experimental study of sputtered nanocrystalline Ni-Cr-Y films found that varying chromium and yttrium contents with grain size held constant ...

A new review shows that fluorine substitution, whether on the backbone or in side chains, reliably improves the mobility, stability, ...

ETH Zurich researchers have developed a simple, energy-efficient method that breaks acrylic glass down into pure monomers at low temperature, ...

A new comment in the Journal of Materials Science reports that a 2013 computational study of NaCl-type transition-metal nitrides used ...

Trace additions of zinc and magnesium combined with cryogenic rolling and aging give a Cu-Cr-Zr alloy a strength above 620 ...

A new reusable strawberry stem made from hot melt adhesives provides a standardized, low-cost testbed for validating robotic harvesting systems.

A new Journal of Materials Science study shows that extending intercritical annealing time to 180 minutes significantly improves the corrosion ...

Oregon State University chemists have patented a water-based precipitation process that separates zirconium from hafnium with a record separation factor ...

Researchers in Beijing have developed a hot isostatic pressing route that delivers precisely controlled, uniformly distributed hydrogen in titanium aluminide ...

A new density functional theory study compares single, mixed, and multi-doping strategies in ZnO, identifying co-dopant combinations like Al–Mg and ...

NJIT assistant professor Nutth Tuchinda has won a 2026 DOE Early Career Research Program award to study how entropy governs ...

Researchers at Nottingham Trent University have developed mixable, room-temperature luminescent ionic liquids containing lanthanide elements that could underpin harder-to-copy optical ...

The choice of 873 K as the operating temperature for the permeation tests is not arbitrary. The ternary eutectic mixture ...

From AI-certified autonomy to scramjets and hydrogen propulsion, a new analysis maps the six technology frontiers that will decide the ...

Every dyed fabric tells a story of slow defeat. Sunlight, moisture, and heat conspire to break the chemical bonds that ...

Ohio State researchers have shown that organizing crystal defects into dense, ordered networks can strengthen metal alloys and improve their ...

A new Frontiers in Materials research collection reveals how machine learning, melt pool physics, auxetic metamaterials, and nanometer-scale polishing are ...

Researchers at IIT Delhi and Japan's NIMS show that rearranging niobium, zirconium, platinum, and titanium within a multi principal element ...

Researchers show that adjusting extrusion temperature between 280 and 360 degrees Celsius tunes the strength, ductility, corrosion resistance and thermal ...