Researchers developed an acetonitrile-based solvothermal synthesis method that suppresses crystal defects in manganese-based Prussian white cathodes, significantly improving rate capability ...
Researchers developed a silver nanoparticle and activated carbon composite cathode that achieved a 96 percent removal efficiency for nickel ions ...
Researchers engineered a polymer-coated, co-doped vanadium dioxide cathode that significantly enhances capacity and cycling durability in aqueous zinc-ion batteries.
A machine learning model built on eight material descriptors predicted the specific capacity of nitrogen-doped porous carbon cathodes for zinc-ion ...
A LiMn0.7Fe0.3PO4/C/CNT composite cathode delivered 96.7 mAh g−1 at a 100C rate and retained 67.5% capacity after 1000 fast cycles.
Researchers report a cobalt single-atom catalyst anchored on a three-dimensional nitrogen-doped porous carbon framework that serves as a sulfur host ...
Researchers report that controlled dehydration of Prussian blue cathodes creates one-dimensional cyanide defects that enable adaptive water release during battery ...
A combined bulk-doping and surface-coating strategy raises capacity retention and the exothermic onset temperature of NCM811 cathodes in laboratory testing.
In a laboratory comparison of conductive additives for a P2-type sodium-ion battery cathode, carbon nanotubes reached electronic percolation at 1 ...
A laboratory study found that an NrGO–silver vanadate cathode delivered 178 mAh g−1 and showed appreciable cycling stability over 500 ...
A dual-carbon Li3V2(PO4)3 cathode combining PEG-derived coating with multi-walled carbon nanotubes delivered 127.2 mAh g−1 after 200 cycles at 1 ...
Statistical optimization of a surfactant-free precipitation process produced sub-100-nanometer silver oxide particles that delivered 400 mAh g⁻¹, or 92.6% of ...
Researchers have nearly doubled the cycling durability of high-nickel NMC811 battery cathodes by coating them with graphene nanoplatelets, using density ...
HKUST researchers developed a cartilage-inspired shape-memory polymer nanocoating that suppresses cathode cracking and substantially extends lithium-ion battery lifespan.
Researchers at Jilin Normal University show that precisely timed microwave irradiation can generate MXene quantum dots on a vanadium carbide ...
Researchers show that simply slowing the cooling rate during synthesis transforms sodium manganese oxide cathodes, locking in stacking faults and ...
A first-principles study disentangles lattice expansion from electronic effects in doped LiCoO2 cathodes, revealing synergistic roles for Na, Mg, and ...
Researchers in China have created a potassium-intercalated two-phase vanadium oxide cathode that retains 88.4 percent of its capacity after 10,000 ...
Researchers have engineered a silver-pillared silver vanadium bronze cathode that combines fast zinc-ion kinetics with 93 percent capacity retention over ...
Researchers tracked crystal structure, surface chemistry, and elemental composition in commercial lithium iron phosphate pouch cells across six charging levels, ...
