Tag: interface engineering

A new review in Ionics argues that inorganic fillers, from inert oxides to garnet ceramics and porous frameworks, are the ...

A new review maps how isocyanate-free polyurethane adhesives built from cyclic carbonates and amines could replace conventional polyurethane bonding chemistry ...

Researchers in Korea show that hot-pressing lithium iron phosphate precursors before sintering reduces charge-transfer resistance and stabilizes discharge capacity above ...

Researchers have fused bismuth telluride nanosheets with conductive MXene to create a durable, high-performance heterostructure that catalyzes hydrogen and oxygen ...

A new comparative review finds that engineering the nanoscale interfaces between perovskite absorbers and charge transport layers, from doped tin ...

A new Nature Reviews Electrical Engineering review maps the interface engineering strategies that allow room-temperature liquid metals to overcome the ...

A new review details how chemically engineered cellulose nanocrystals and nanofibrils can stabilize emulsions more safely and durably than conventional ...

Researchers at HKUST have developed trans-interface engineering, using vertically aligned molecular nanolinks to stitch perovskite solar cell interfaces together, delivering ...

A new review details how engineering active ceramic fillers such as garnet, NASICON, perovskite, and sulfide materials into solid polymer ...

Researchers at Pukyong National University showed that a simple rinsing step after bismuth electrodeposition produces compact, well-adhered BiVO4 photoanodes whose ...