NIMS: 1.5 times stronger neodymium magnet: temperature / pressure is important
-“Materials Informatics”-
National Institute for Materials Science
Taisuke Sasaki Senior Researcher
The research group
Let AI learn the data at the time of manufacturing,
I asked them to consider the elements to make a strong magnet.
1.5 times stronger neodymium magnet:
resulting in,
When pushing a magnet out of a manufacturing device
It turns out that temperature and pressure are important for magnet performance.
“By improving the manufacturing conditions, we have created a neodymium magnet that is about 1.5 times stronger.”
“Materials Informatics”:
Developing materials with AI is called “materials informatics”.
This achievement is also attracting attention as one of these cases.
NHK News
https://www3.nhk.or.jp/news/html/20211127/k10013363851000.html
Elements Strategy Initiative for Structural Materials