Sentence examples for viable battery from inspiring English sources

Such fires are why Boeing 787s were grounded in early 2013 and why millions of laptop and smartphone batteries have been recalled over the years.Despite this risk, the ultimate goal for many scientists is to build a commercially viable battery containing yet more lithium, as the anode itself.

Thus, a viable battery technology that can store large amounts of electrical energy in stationary applications is needed.

The selection and structural design of electrode materials play key role in the development of a viable battery with high specific capacity and cycle retention.

"We absolutely have to have a viable battery-electric program if we are to meet our air quality goals," said Bonnie Holmes-Gen, assistant vice president for government relations at the American Lung Association of California.

But engineers would still like to devise a commercially viable sodium battery, because sodium is much more abundant than lithium.In this section Prometheus unbound Beans' talk A pile of wood The elephant in the room ReprintsDr Li and Dr Hu wondered if the problem of electrode damage might be ameliorated by using a more pliant material for the frames on which the electrodes are suspended.

We have previously demonstrated a viable flow battery alternative based on the principle of redox-targeting by using two redox mediators in tandem.

Herein we reported a facile, scalable, and green process to fabricate porous graphene (PG) modified separators for commercially viable lithium sulfur batteries.

The study -- which is still considered to be the primary review in the field -- concluded that no approach was yet fully viable, and that battery life in electronic handguns seemed a particular weakness.

A viable lithium-oxygen battery is demonstrated using dimethylsulfoxide electrolyte and a porous gold cathode.

It seems like phone makers are finally figuring out what it takes to make 4G viable in the battery department, and we're glad to see it.

And while developing a high performance, commercially viable aluminum-ion battery has proved elusive thus far, the Stanford researchers stumbled on using graphite (a type of carbon) for the cell's cathode — which they say yields good performance.