Tag: energy storage

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

A freestanding three-dimensional reduced graphene oxide host decorated with copper nanoparticles guides uniform potassium deposition, suppressing dendrites and enabling over ...

Researchers in India have created a carbon-coated copper-cobalt-magnesium layered double hydroxide nanosheet electrode that delivers high energy density and retains ...

Researchers at VIT-AP University used a simple slurry-coating method to build a MXene-polyaniline hybrid electrode that delivers 406 F g−1 ...

Researchers report that glycerol plasticization collapses the crystallinity of chitosan/PVP-NaNO3 biopolymer electrolytes and boosts ionic conductivity by more than four ...

A new review in Discover Electrochemistry details how carbon nanostructures, conducting polymers, metal oxides, MXenes, phosphorene and borophene are overcoming ...

Researchers have grown nickel cobalt selenide nanowires directly on carbon cloth to create a flexible lithium-sulfur cathode that retains 94 ...

Researchers at Dalian Jiaotong University found that tuning the dosage of sodium carbonate during coprecipitation optimizes a five-metal spinel high-entropy ...

Researchers converted cotton-wick soot from burning sesame oil into a high-performance supercapacitor electrode using a five-minute, low-temperature microwave activation that ...

Researchers have 3D-printed an interdigitated cement-based supercapacitor that stores energy efficiently while matching the compressive strength of commercial concrete, bringing ...