Boffins bash out battery busting build
batterty .Laptops and phone batteries can be up to 100 times more if Boffin at the University of Missouri is able to design a new Honeycomm, which says that they greatly reduce the amount of extinction energy within the group.
In a letter published in two technical journals, a group of physicists guided by advanced electronic materials and advanced science, Deepak K Singh, professor of astronomy sciences, said that a new battery structure was developed, which is much more efficient. And so it will last longer.
One of the articles states that with the new design, which effectively reduces power loss and heat generation by entering the magnetic structure of the conventional silicon diode and avoiding current switching, the energy consumption of the "three-dimensional" battery Small order ". The team created a working prototype and applied for a design patent, which describes it as an "artificial honeycomb honeycomb forged with ultrasonic elements". He also created a separate company for the marketing of the approach.
The second energy document claims that as a secondary effect of the battery running at lower temperatures, since heat does not cost much, it will be much more efficient than conventional batteries. Although this research is based on computer models rather than physical batteries, Singh predicts that "a combination of two factors" may mean that the normal 5-hour load can be more than 500 hours.
This type of battery life improvement is a clearly optimistic prediction, so many people will not think that a completely new battery design can make incremental improvements in life, but anything that can improve performance. It has become increasingly important in modern society should it be something good.
"A diode normally conducts current and voltage across the device with only one bias direction, but when the voltage is reversed, the current stops.There is significant energy due to waste in this switching process, or lack of power supply, which affects the useful life of the battery When replacing semiconductors with a magnetic system, we have a strong effect. The device consumes very little energy with greater functionality that it can create.
" With the design, the small honeycombs are covered by a magnetic alloy that allows the unidirectional current or current to flow in only one direction, with very little energy used internally. If Lion and his team can work on this large-scale approach and, more importantly, they can stabilize and produce theoretically more powerful and economically viable, potentially utilitarian theoretically more powerful and efficient processors. With the change is done in the case of volumes.
It can also kill the problem of explosive battery, which is burning people, which eliminates the product on a large scale and even some killing.
Slow progress
It should be noted that this is far from the first time that the idea of magnetism has been promoted as a way to create more powerful and efficient electronics.
About ten years ago, researchers at the University of Miami underlined how the magnetic "rotating battery" can be used in new generation engines using nano-magnets, which instead of loading them in a conventional way by applying a magnetic field plus a large chemical reaction that it will be used to generate electricity.
One of the articles states that with the new design, which effectively reduces power loss and heat generation by entering the magnetic structure of the conventional silicon diode and avoiding current switching, the energy consumption of the "three-dimensional" battery Small order ". The team created a working prototype and applied for a design patent, which describes it as an "artificial honeycomb honeycomb forged with ultrasonic elements". He also created a separate company for the marketing of the approach.
The second energy document claims that as a secondary effect of the battery running at lower temperatures, since heat does not cost much, it will be much more efficient than conventional batteries. Although this research is based on computer models rather than physical batteries, Singh predicts that "a combination of two factors" may mean that the normal 5-hour load can be more than 500 hours.
This type of battery life improvement is a clearly optimistic prediction, so many people will not think that a completely new battery design can make incremental improvements in life, but anything that can improve performance. It has become increasingly important in modern society should it be something good.
"A diode normally conducts current and voltage across the device with only one bias direction, but when the voltage is reversed, the current stops.There is significant energy due to waste in this switching process, or lack of power supply, which affects the useful life of the battery When replacing semiconductors with a magnetic system, we have a strong effect. The device consumes very little energy with greater functionality that it can create.
" With the design, the small honeycombs are covered by a magnetic alloy that allows the unidirectional current or current to flow in only one direction, with very little energy used internally. If Lion and his team can work on this large-scale approach and, more importantly, they can stabilize and produce theoretically more powerful and economically viable, potentially utilitarian theoretically more powerful and efficient processors. With the change is done in the case of volumes.
It can also kill the problem of explosive battery, which is burning people, which eliminates the product on a large scale and even some killing.
Slow progress
It should be noted that this is far from the first time that the idea of magnetism has been promoted as a way to create more powerful and efficient electronics.
About ten years ago, researchers at the University of Miami underlined how the magnetic "rotating battery" can be used in new generation engines using nano-magnets, which instead of loading them in a conventional way by applying a magnetic field plus a large chemical reaction that it will be used to generate electricity.
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