92, Weijin Road
Nankai District
Tianjin, 300072
China
Tianjin University
Gel polymer electrolytes, Aluminum oxide, Nanocomposites, Long-cycle-life, Flexible zinc-air batteries
prelithiation, magnesiothermic reduction, lithium ion battery, Ultrahigh ICE
Lithium-ion battery, silicon, nitrogen-doped porous carbon
lithium-ion battery, silicon, nitrogen-doped porous carbon
Porous hard carbon, Silane deposition, Diffusion coefficient, Cycling stability
sodium ion battery, hard carbon, closed pores, Sodium storage mechanism, SEI
sodium ion battery, hard carbon, closed pores, sodium storage mechanism, SEI
Zn-Ni batteries, Shape changing, Ti4O7 particles, Aluminothermic reduction, Regulating Zn(OH)42-/electrons
organic additive, oriented zinc deposition, cycling life, shelf life, nickel−zinc battery, practical application
Magnesiothermic reduction, SiO anode, chemical vapor deposition lithium-ion batteries.
Keywords: Zinc-nickel batteries, separator, functions, cycling life, shelf life
Zinc-nickel battery, spherical nickel hydroxide, Nickel sulfide, cycling life, capacity
Zn-Ni battery, electrolyte additive, cycling Life, Passivation
Functional separator, Interface engineering, Zn-Ni batteries, Cycling life, Shelf life
lithium ion battery, silicon, rice husk-derived porous carbon
Zn-Ni battery, failure analysis, one anode and one cathode, one anode and two cathodes, Zn anode, Ni(OH)2 cathode
hydrophilicity, zincophilicity, double-network hydrogel electrolyte, organic-inorganic interface, nickel-zinc battery
Silicon monoxide, carbon, Prelithiation, Lithium-ion batteries
Lithium-ion battery, corn-stalks derived porous carbon, carbon-silicon composite, anode materials.
Multifunctional group polymer, natural superabsorbent hydrogel electrolyte, double-network, Zn-air batteries, enhanced interface engineering
Energy storage, Flexible devices, Machine learning, Three-dimensional carbon networks, Ionic liquids
Carbon framework, Hierarchical structure, Silane deposition, Diffusion kinetics, Cycling stability
Zinc-nickel battery, spherical nickel hydroxide, nickel sulfide, cycling life, Capacity, rate performance
Naturally polymer electrolyte, dendrite‐free Zn anode, sodium lignin sulfonate, flexible zinc-air battery
sodium-ion batteries, hard carbon, closed pores, sodium-ion storage mechanism
Zinc-nickel battery, Spherical nickel hydroxide, Nickel sulfide, Cycling life, Capacity, Rate performance
Sodium-ion Batteries, hard carbon, biomass precursors, interlayer spacing, heating rate
