Initial investigation of bimetal hydroxysulfide as a new anode material for efficient sodium-ion storage

Engineering & Materials Science

• Bimetals 100%
• Sodium 69%
• Anodes 65%
• Ions 62%
• Cobalt 52%
• Metals 43%
• Iron 40%
• Nanospheres 25%
• Chalcogenides 23%
• Sulfides 17%
• Transition metal compounds 15%
• Current density 14%
• Sodium sulfide 12%
• Metal ions 10%
• Alkali metals 10%
• Electrochemical properties 10%
• X ray photoelectron spectroscopy 9%
• Nanocomposites 8%
• Transmission electron microscopy 7%
• Vacuum 6%
• Oxides 6%
• Carbon 5%

Earth & Environmental Sciences

• new material 74%
• cobalt 53%
• sodium 51%
• ion 43%
• metal 40%
• iron 28%
• hydroxide 23%
• sulfide 13%
• iron hydroxide 11%
• alkali metal 10%
• transition element 10%
• metal oxide 9%
• nanocomposite 9%
• density current 8%
• X-ray spectroscopy 8%
• battery 8%
• transmission electron microscopy 7%
• material 6%
• shell 6%
• in situ 5%

Chemical Compounds

• Anode 49%
• Hydroxide 36%
• Metal 30%
• Nanosphere 22%
• Current Density 16%
• Sulfurization 15%
• Electro Analytical Method 13%
• Selenide 13%
• Multicomponent Reaction 9%
• Metal Oxide 9%
• Alkali 9%
• Vacuum 9%
• Transition Element 8%
• Nanocomposite 7%
• Metal Ion 7%
• Ambient Reaction Temperature 6%
• Composite Material 5%
• Carbon Atom 5%