he concept of super-uniform nanocrystall

he concept of super-uniform nanocrystalline materials was first proposed in AFM  

Source: Finance  

Recently, researchers from MIT, Lanzhou University, university of Pennsylvania and other institutions have made important progress in the field of bulk nanocrystalline and ultrafine materials, and proposed the concept of ultra-uniform nanocrystalline materials for the first time, and carried out systematic theoretical analysis and experimental demonstration.  

Recently, researchers from MIT, Lanzhou University, university of Pennsylvania and other institutions have made important progress in the field of bulk nanocrystalline and ultrafine materials, and proposed the concept of ultra-uniform nanocrystalline materials for the first time, and carried out systematic theoretical analysis and experimental demonstration.  The relevant research results were published in Advanced Functional Materials, a top international journal of Materials science.  

In general, the concept of superuniformity proposed in this paper and its systematic theory and experimental demonstration have important reference value and guiding significance for the development and application of nanocrystalline materials.  

In 2014, with the promotion of energy-saving transformers by the State Grid, amorphous materials ushered in a wave of demand, but since 2017, the total bidding volume of the distribution network of the State Grid has declined significantly, and amorphous alloy transformers have fallen into a trough.  In recent years, with the development of amorphous motors using amorphous stator cores, mass production has been achieved. The problem of high cost is expected to be gradually solved with large-scale production. In the environment of energy conservation and emission reduction, amorphous motors have a broad space for imagination in the future.  

In addition, foldable phones are expected to drive demand for amorphous structural components.  At present, huawei, Royole and other mobile phone manufacturers have officially adopted amorphous alloy as the key material of hinges. With the gradual increase of penetration rate of foldable mobile phone in the future, the demand for amorphous alloy in the field of structural parts is expected to grow steadily.