Tag: thermal stability

Researchers have synthesized a tetrafunctional bio-based epoxy resin from isosorbide and succinic anhydride that matches or exceeds the mechanical performance ...

Researchers have compiled superplasticity data for nanostructured and ultrafine-grained high-entropy alloys and shown that machine learning models can predict which ...

Researchers in South Korea have created a rigid insulation foam from tannic acid that contains no toxic isocyanates and self-extinguishes ...

Researchers have developed a PTFE-nanocellulose composite that exhibits negative in-plane thermal expansion while maintaining low dielectric properties suitable for high-frequency ...

Researchers have converted post-consumer surgical mask and gown waste into high-performance polypropylene nanocomposites using a dual-step process with carbon nanotubes ...

A new study shows that copolymerising m-aminophenol with m-chloroaniline at controlled ratios produces conductive, thermally stable polyaniline derivatives whose electrical ...

Researchers developed a ball milling-assisted method using plant-derived natural deep eutectic solvents that recovers lutein from microalgae more efficiently, safely, ...

A new theoretical study maps how temperatures from 200 to 600 kelvin shift and widen the photonic band gaps of ...

Researchers developed ultrafine Sm2Fe17N3 magnetic particles that let soft actuators keep working at temperatures where conventional Nd2Fe14B materials fail.

Extrusion transforms a cast aluminum-cerium-magnesium alloy into a strong, tough and heat-stable material that retains nearly all its properties after ...