With the help of AI British technology companies discovering a new non -rare soil magnet formula
What can AI have any effects? Maybe it can help us find the formula of new materials. A British technology company uses AI to find a strong magnetic formula without rare earth, and its efficiency is 200 times faster than artificial allocation and experiments.
New ALTAS reports that as the world gradually gets rid of internal combustion engines and gradually embraces electric vehicles, the demand for small high -power motors is growing rapidly; the most popular choice of electric vehicles is "permanent magnet motor", about 80 about 80 More than %of electric vehicles are used. The motor needs strong magnets, and the most popular "strong magnets" need to use rare earth, so the price is expensive. At the same time, 70%of the world's rare earths are derived from mainland China, and the processing volume is close to 90%. This makes Mainland monopolies and control over basic materials, which is very unfavorable to the international market, facing the risk of supply interruption and price fluctuations.
The British deep technology company "Materials NEXUS" announced on Tuesday that with the help of an artificial intelligence platform, the research team found a new type of non -rare earth permanent magnet, which brought new hope to the growing electrical industry in the strong magnet.
The company adopts the "delete method", please "identify magnetic materials that do not contain rare earth". This work cost is time -consuming and boring, which may take years or even decades. However, AI is best at identifying the work, and it takes only 3 months to analyze it. Next, AI has analyzed the most suitable permanent magnets in the magnetic material that does not contain rare earth. Among them, variables such as cost, supply chain safety, performance, and environmental impact are considered. At a very short time, the nitrogen iron mixed The magnetic formula, the company named it Magnex.
The company said that the production cost of Magnex is 20%lower than the material cost of the existing rare earth magnet, and the carbon emissions of the material can be reduced by 70%.
The UNIVERSITY of Sheffield Professor Iain Todd said: "We are very happy to cooperate with the material relationship" for the first time, and have achieved such great results. "
The company said that artificial intelligence will be useful for all industries, help to identify and create the next -generation cutting -edge materials, and promote the reduction of new technologies and carbon dioxide emissions. It plans to cooperate with industrial partners to accelerate the discovery of the next -generation materials that can be feasible, cost -effective and sustainable.
Article Source: MSN News