Tag: energy storage

Researchers found that adding just 2 weight percent of a low-melting PZABS glass during tape-cast sintering produces dense PSBNT glass-ceramics ...

Researchers coated traditional Xuan paper with hydroxypropyl cellulose to create a battery separator that retains 98 percent of its capacity ...

Researchers at Northeastern University have used a single ammonium dihydrogen phosphate precursor to build a Li3PO4/spinel dual coating that lifts ...

A comparative study finds lithium-doped zinc oxide thin films deliver higher conductivity and superior supercapacitor performance, while nickel doping enables ...

A new review in Ionics details how organic-inorganic halide perovskites, famous for solar cells, are emerging as high-capacity lithium-ion battery ...

A meta-analysis of 200 lithium-ion and lithium–sulfur cathode papers reveals widespread under-reporting of key experimental parameters, prompting the creation of ...

Researchers blended oxidized sodium alginate from brown seaweed into polyacrylamide hydrogel electrolytes, sharply improving zinc-ion transport and enabling zinc batteries ...

Chinese researchers have engineered dual heterojunctions into a sodium vanadium fluorophosphate cathode, pushing its capacity past the theoretical limit while ...

A comprehensive review shows how metal–organic framework composites and derivatives are overcoming conductivity and stability limits to power the next ...

Researchers at Lingnan Normal University have anchored rhenium disulfide nanoparticles on nitrogen-doped carbon nanosheets derived from folic acid, achieving a ...