'Tame' lithium ion, creating a 'super long standby' world

The world still need lithium ion battery, the future more in need of a green world. Home-made capacitor stored energy welding machine to today, this kind of light, rechargeable lithium ion batteries and powerful invention, appeared in everyone familiar to mobile phones, notebook computers, almost all electronic products such as electric cars and so on. Home-made capacitor stored energy spot welding yoshino akira developed the first commercially viable lithium ion battery. Battery electrode is no longer based on the decomposition of a chemical reaction, but based on lithium ion flow back and forth between the anode and the cathode, which greatly extend the life of a battery. Lithium battery was considered with transistor & other; The greatest invention in the electronics industry & throughout; , and the transistor inventor bardeen, have already won the Nobel Prize for physics in 1956. Lithium-ion batteries also promoted the remote electric vehicle development, research and development as well as for renewable energy (solar controller Such as solar and wind power) The energy storage. One reason, it is the most important of portable energy source in today's society; So for many years, the annual forecast hot area, has the figure of lithium ion batteries. Because every day you want to use these portable electronic devices to communicate, work, study, listen to music and search of knowledge. Lithium battery advantage of Allen suess whiting um is lithium ion storage in titanium cathode of sulfide. He didn't use in anode lithium reactivity, but instead USES the petroleum coke, the carbon material, can be like cobalt oxide cathode, lithium ion embedded. The lithium ion battery biggest advantage is that they are no longer electrode based on the decomposition of a chemical reaction, but based on lithium ion flow back and forth between the anode and the cathode. In fact, the emergence of lithium battery to broaden the application range of the transistor. After carefully search and research, in 1980, he proved that embed the cobalt oxide, lithium ion can produce up to 4 volts. Now the lithium battery industry, annual output is close to the billions of dollars. Use, solar controller development of lithium ion from anode to cathode of lithium sulfide titanium, to recharge the battery, the lithium ion reverse flow. To date, the basis of the lithium ion battery, is actually laid out during the oil crises of the 1970 s. Although a battery produced on this issue?

is known as & other The father of the lithium battery & throughout; John & middot; Goody, also made a prediction, he thinks that if using metal oxide instead of metal sulfide cathode, the cathode will have greater potential. Jinchang development and reform commission (NDRC) enters a project that is an important achievement. He through the superconductor found a kind of energy is very rich in material, be used to create a new cathode in lithium batteries & ndash; — It made of titanium sulfide, the sulfide titanium have can accommodate at the molecular level, Embedding) Lithium ion space. As battery technology breakthrough for portable electronic equipment industry has brought great changes. One of the most common way to power supply for portable electronic devices. It also can store huge energy from solar and wind energy, so that no fossil fuels society possible. On the other hand, they are no fossil fuels social basis & ndash; — And this, huge significance to the present and future of human beings. One of this year's winner Stanley & middot; Allen suess whiting um, committed to the development of the technology may bring no fossil fuel energy method. He at the cathode in the goody na, lithium & ndash; Cobalt oxide, but at the anode with a carbon material & ndash; — Petroleum coke, it can also be embedded lithium ion. We can not do without it. Now, in the global scope, in power plant cost you can see the lithium ion battery is power for human's daily activities. Breakthrough came in 1985, in the goody's husband, on the basis of research on battery cathode, one of this year's winners yoshino akira finally successfully created the first commercially viable lithium ion batteries. Since 1991, SONY of Japan to actually market the lithium ion battery for the first time, the battery is completely changed our lives. In power plant cost as a result, people see a light weight and durable batteries, even before the performance degradation can charge hundreds of times.

the three scientists, they & other; Tame & throughout; The lithium ion for everyone to create a repeatable charging & other; Super-long standby & throughout; In the world. So, smart phones, laptops, tablets, away from the market quickly. Commercial production of lithium battery walks to the people around you, and tell people no longer depend on the need of transistor heavy electrical equipment. But metallic lithium is quite lively, easy to react, silicon material prices lead to explosive batteries, still unable to use!