Tag: defect engineering

An aqueous asymmetric supercapacitor pairing lanthanum-doped NiWO4 with VN on reduced graphene oxide delivered about 95 Wh per kilogram on ...

A review finds that defects in liquid-metal-derived two-dimensional materials arise from coupled oxidation, fluid dynamics, printing, and transfer, creating opportunities ...

A review finds that defect formation, removal opportunities and verification methods differ across hydrothermal, sol–gel and CVD routes for high-purity ...

Researchers in Pakistan have coated cotton fabric with a defect-engineered g-C3N4/Zn-doped TiO2 heterojunction that degrades 98 percent of a model ...

Researchers engineered deliberate structural defects into a nickel metal-organic framework, boosting glucose-to-lactic acid conversion and enabling raw biomass feedstocks such ...

A first-of-its-kind life cycle and technoeconomic analysis of twenty crystal-defect combinations finds that hexagonal boron nitride with laser writing offers ...

Researchers in India show that zinc substitution in lead-free bismuth sodium titanate ceramics stabilizes a pseudo-cubic structure, deepens relaxor behavior, ...

A comprehensive review details how defect engineering, phase control, and multicomponent design turn transition metal dichalcogenides into broadband electromagnetic wave ...

Researchers co-pyrolyzed spent lithium-ion battery cathodes and plastic waste into defect-engineered carbon nanotube absorbers that block microwaves at ultrathin thicknesses.

Researchers at DGIST and Konkuk University report that an equal sulfur-to-selenium ratio in copper-indium-sulfur-selenium quantum dots minimizes anion vacancies and ...