Sentence examples for loss of charges from inspiring English sources

But Mr. Goglia, who is now an aviation safety consultant, said the loss of charges in a number of batteries suggested that there also could have been a problem with the battery charger or the circuits controlling the battery.

A previous study by Brandon et al., who performed loss-of-charge substitution mutagenesis on some of the arginine residues in the bipartite site, also did not see any significant effect on localization, although intriguingly nor did they report any effect upon deletion of the four consecutive arginine residues in the classical NLS motif when using a GFP-fused DISC1 construct.

Creation of the board was prompted by concerns expressed by seven owners of the Leaf who cited a loss of charge capacity from the car's lithium-ion batteries.

In particular, decisions he made at a crucial juncture – when he recharged the Model S in Norwich, Conn., a stop forced by the unexpected loss of charge overnight – were certainly instrumental in this saga's high-drama ending.

Amex controls nearly a quarter of a market with high barriers to entry in which the top three companies have about 95percentt of the business, and evidence showed that it was able to impose a series of systematic rate increases on merchants without loss of charge volume.

During full-load operation, there can be unexpected incidents, e.g. loss of charge (LOC).

With this technique, injected charges fill traps, and subsequent signal charges are transferred with less loss of charge.

One of the major reasons for the loss of charge in the floating gate structures is the leakage current.

The particle charging zone of the conditioner was designed for quick particle exit once the particles are electrically charged, thus reducing the loss of charged particles.

However, their performances remain moderate and suffer from a loss of charge carriers by recombination and low carrier mobility due to the narrow width of d orbital.

The failure mechanism of such cells has been previously identified to be an electrode capacity slippage process caused by the loss of charge carriers: electrons or lithium ions.