Sentence examples for an ideal cathode from inspiring English sources
Galvanostatic cycling in 6.0 M KOH aqueous solution produced capacitance over an ideal cathode potential cycling range.
An ideal cathode material may have mixed ionic and electronic conductivity as well as proper catalytic properties.
This simple and potentially universal design strategy is currently being pursued in the synthesis of an ideal cathode-active material for high power applications.
In electrochemical cells, oxygen has been generally regarded as the ideal cathode reactant due to its non-toxicity, sustainability, and low-cost.
Iron fluoride (FeF3) has been proposed as an ideal candidate of LIBs cathode material because of the high discharge plateau and theoretical capacity.
Electrolyte modifying is an ideal strategy compared with doping and cathode surface coating; it not only prevents the undesired side reactions between cathode and electrolyte but also possesses easy technology.
To optimize anode performance, particularly for ethanol electro-oxidation, we introduced a hydrogen cathode to the membraneless LFFC design which renders the cell an ideal platform for anode investigation.
The results demonstrate that this novel modification with doping followed by hybrid layer coating is an ideal design to obtain both high capacity and long cycle performance for Li3V2(PO4)3 and other polyanion cathode materials in lithium ion batteries.
The results show an ideal hydraulic diameter for net system power density to be approximately 0.4 mm for a stoichiometry of 1.5 anode & 2.0 cathode.
