Tag: materials science

Researchers in China show that a moderate rolling speed of 1024 mm/s gives a biodegradable Mg–2Zn–0.4Ca alloy its finest grains, ...

A systematic study finds that large language models consistently fail to learn spatial coordinate information in materials property prediction, with ...

A new copper-based multi-component alloy keeps its nanostructure stable at high temperatures and builds a layered oxide armor that slows ...

Chinese researchers report that adding polyimide pulp and graphitized carbon nanotubes to PTFE cuts friction by nearly 70 percent and ...

Electron backscatter diffraction reveals that plastic deformation in ordered Ni3Fe both multiplies general grain boundaries and strips special twin boundaries ...

Researchers used machine learning-guided laser powder bed fusion to create a titanium alloy with sub-10-nanometre hetero-stacking bands that delivers record ...

First-principles simulations indicate that the filled skutterudite PrPt₄Ge₁₂ is a stable, metallic, weakly magnetic crystal with promising thermoelectric, optical and ...

Researchers used a timed acetic acid and ethanol reprotonation process to rebuild aramid nanofiber hydrogen-bond networks, producing graphene composite films ...

Researchers have embedded single-crystal covalent organic frameworks into polymers at record loadings, producing carbon capture membranes with unprecedented permeability and ...

Researchers found that adding just 2 weight percent of a low-melting PZABS glass during tape-cast sintering produces dense PSBNT glass-ceramics ...