Although their actual explosion rate is very small, but with billions of devices in use today, the number may be larger than one can imagine.
When you buy the phone, you all ask about the battery capacity, but few people are curious how they make it.
John Goodenough is an outstanding physicist, he received many compliments from the lithium battery technology invention that we use today.
The rapid development of modern technology has brought us increasingly slimmer, more compact smartphones and of course with more supportive features.
Lithium batteries that we use today have the advantage of high capacity but it is very easy to burn as well as long charge.
Recently, US scientists have announced that they have created a new electrolyte for Lithium batteries that promises to increase battery efficiency and improve capacity.
Until now, the creation of a small, high-performance, low-cost, and low-cost battery generation has always been a target of research for scientists around the world.
Washington State University researchers develop gum electrolytes to make lithium batteries safer, reduce inflammation.
Researchers have discovered a component called fluoride polymer (also known as PFPE), which can be used to produce non-flammable, flammable batteries such as lithium batteries.
Despite the technological breakthrough of conventional NiMH batteries, lithium-ion batteries are not faultless, but the risk of overheating leads to fires and explosions.