Segmented pyrochlore ceramic layers resolve narrow bandwidth trade-offs to deliver wide-spectrum white light with superior color rendering.
Tin-based perovskite composites using succinonitrile solve oxidation instability while maintaining high absorption efficiency.
Organic amphipathic molecules modify perovskite matrices to enhance crystallization performance and photovoltaic conversion efficiency.
Segmented flow in a microwave reactor prevents wall deposition and sparking, enabling stable production of high-quality nanocrystals.
A mechanical milling process synthesizes lithium titanium sulfide from lithiated, transition metal, and chalcogen powders.
A composite material merges phosphors and fluorescent pigments to emit and reflect radiation.
A copper tin sulfide thermoelectric material converts thermal energy to electrical energy via the Seebeck effect.
Selective lithium-metal oxide coating on the (003) crystalline plane of nickel-based cathodes.