Scientists have created magnetic nanopowder for 6G technologies

Iron (III) oxide is one of the most common oxides. One of its modifications is epsilon oxide

gland is extremely rare and difficult to obtainobtaining a form of iron oxide. It has many unique properties. The problem is that it is very difficult to obtain in large quantities. The entire process takes up to 30 days. That is why it is not particularly in demand in industrial applications, for example, as a medium for magnetic recording of information.

Scientists from Moscow State University and Moscow Institute of Physics and Technology have tackled the problem. Researchers have created a method for the rapid synthesis of epsilon iron oxide. The new technology is thirty times faster than the existing ones.

In addition, the method of obtaining magneticnanopowder allows you to increase the amount of the resulting product. The technique is easy to replicate, cheap, and easy to industrialize. By the way, the materials necessary for the synthesis - iron and silicon - are one of the most common elements on Earth, scientists say.

Epsilon Iron Oxide has a highresistance to external magnetic field. It also absorbs electromagnetic radiation in the subterahertz range. This adds value to sixth generation wireless technologies.

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