self-discharge

In the end it was decided that if she could walk herself to the waiting room then we would allow her to self-discharge.

Most button cells have low self-discharge and hold their charge for a long time if not used.

And the problem with them is the normal self-discharge.

In fact most of the current goes to making oxygen, not making up for self-discharge.

Unfortunately, the so called 15 hour trickle chargers more than make up for self-discharge.

Some chargers do this after the charge cycle, to offset natural self-discharge.

A long period of self-discharge allows the sulfate crystals to form and become very large.

Miniature cells have high self-discharge once opened to air; the cell's capacity is intended to be used within a few weeks.

It starts to just self-discharge due to electron migration.

This is critical to prevent short-circuits and a self-discharge.

The rate of self-discharge is very low opposed to batteries that deplete their charge slowly over time.

Self-discharge is a problem with all regular electrochemical batteries.

The detailed chemical causes of self-discharge depend on the particular battery and are not well understood.

It also means that the self-discharge of rechargeable cells is more rapid at elevated temperatures.

At room temperature leakage is so low that it is specified as time to self-discharge.

Even with factors like insurance and income considered, however, African-American race was still independently linked to a higher risk of self-discharge.

A high performance polymer lithium battery with less self-discharge absorbs optical energy.

This phenomenon is known as internal self-discharge.

Self-discharge is also thought to be reduced over time as a passivation layer develops on the electrodes.

An especially familiar example of faradaic loss is the self-discharge that limits battery shelf-life.

Low current lithium cells also have relative low self-discharge, losing less than 10% of their capacity in 10 years.

Self-discharge is less at lower temperature.

Self-discharge decreases the shelf-life of batteries and causes them to initially have less than a full charge when actually put to use.

Patients receiving Medicaid, the government health insurance program for the poor, were three times more likely than patients with private insurance to self-discharge.

The electrodes are manufactured from a special alloy which guarantees a low rate of self-discharge for seasonal applications.