Tag: charge-transfer resistance

Ultrasonic processing reduced iron-signal clustering in a 20.0 wt% hematite BiVO₄ electrode and lowered its fitted charge-transfer resistance from 10.848 ...

A laboratory study found that a 2:1 NiCo LDH/TiO2 catalyst reached 86.8 mV overpotential at 10 mA·cm−2 in 1 M ...

A hydrothermally synthesized CeO2/graphitic carbon nitride heterostructure delivers 675 F g−1 capacitance, 99.7% retention over 5000 cycles, and a surface-dominated ...

Researchers at Daegu University used electrochemical impedance spectroscopy to show that over discharge systematically raises diffusion resistance and shifts interfacial ...

A new study in Ionics shows that samarium sulfide modification dramatically improves neodymium sulfide electrodes in aqueous sodium sulfate while ...

Researchers have engineered a silver-pillared silver vanadium bronze cathode that combines fast zinc-ion kinetics with 93 percent capacity retention over ...

Researchers in Korea show that hot-pressing lithium iron phosphate precursors before sintering reduces charge-transfer resistance and stabilizes discharge capacity above ...

Researchers in Shanghai report that zirconium doping combined with few-layer graphene functionalization lets NCM811 cathodes deliver high capacity and retain ...

A head-to-head evaluation of pure nano-silicon, ball-milled, and CVD silicon/carbon anodes reveals that structural stability, not charge-transfer kinetics, governs long-term ...

A new review details how electrochemical impedance spectroscopy quantifies charge transfer, recombination, and diffusion processes in next-generation solar cells and ...