Sentence examples for repeated charge from inspiring English sources
And you also won't read any of the negative publicity the religion has attracted, such as the repeated charge that Scientology narrows people's consciousness.
A cell's maximum capacity decreases after repeated charge and discharge cycles as a fundamental characteristic of the chemistry within, which stores then generates electricity.
Protesters criticized the local municipality for its planning choices, including a relentless enthusiasm for building roads, and lashed out at Prime Minister Recep Tayyip Erdogan with the frequently repeated charge that his manner was becoming authoritarian.
A multi-folded layered structure with many voids was spontaneously formed in Si-LP composite electrodes by morphology changes of Si-LP sheets in repeated charge and discharge cycles.
Due to the presence of multiple redox couples at the reference electrode inserted into the VRFB membrane, the adjustment of the current flowing through the DHE with the resistor is the key factor when attempting to maintain a stable and steady hydrogen reduction reaction at the DHE during repeated charge and discharge processes.
Production of conventional batteries requires high quantities of lead to retain capacity because lead particles bind together over repeated charge and discharge cycles.
Consequently, the morphology and Li utility in repeated charge-discharge cycling are also strongly influenced by the salt used.
The results suggested that during repeated charge-discharge cycling, Li release from the silicate decreased and a disproportionation reaction occurred which produced Si and Li4SiO4.
It was found that Zn is underpotentially deposited on and subsequently alloyed with the subject electrode upon repeated charge-and-discharge cycles.
The quest to build a great grid battery doesn't sound too tough: it simply has to be cheap, made using common materials, and resilient to repeated charge-discharge cycles.
Additional coating of RGO on the surface of co-electrodeposited Sn/G composite protects the electrode surface from the direct electrolyte contact, and minimizes the progressive SEI formation during repeated charge-discharge cycles.
