Virginia Tech researchers develop a recyclable circuit material, enhancing electronic device disassembly and reuse while ...

Discover how advanced catalyst materials enable efficient CO2 hydrogenation, converting greenhouse gases into valuable fuels like methanol and hydrocarbons.

Surface charge makes a difference. By converting imine to amide linkages, researchers boosted hydrogen production in covalent ...

T, a state-of-the-art liquid dairy analyzer designed to elevate quality control standards in the dairy industry.

TechniQuip, designers and builders of precision OEM illumination for applications in semiconductor, life sciences and medical ...

Explore how advanced AFM techniques are transforming the characterization of solid-state polymer batteries, enabling researchers to accelerate the development of next-generation energy materials.

This study explores the use of natural phase change materials, including coconut oil and gelatin, to enhance thermal comfort ...

A recent study reveals that a thin gamma’-Fe4N nitride layer, formed via gas nitriding, dramatically reduces hydrogen ...

A study in Advanced Materials explores how interfacial adhesion affects lithium plating behavior in anode-free solid-state ...

A breakthrough study reveals carbyne's unique vibrational states within carbon nanotubes, enhancing its potential for ...

Achieve superior heat treatment with the Carbolite Gero HTCRMA 6/220, designed for high-performance materials with precise ...

Carbon black has been used since ancient times in China and Egypt, yet today it remains a high-tech material worthy of ...