The origin of the difficulty in refining the grain of Al-Si

Fine grain strengthening can improve the strength and plasticity of the alloy at the same time. It has become a routine process to improve the quality and perfor...

Latest progress in MXenes

Latest progress in MXenes Since the discovery of graphene, two-dimensional (2D) materials have become an important research direction in materials science. In re...

Can amorphous and nanometers achieve 1+1>2?

Amorphous alloy, also known as metallic glass, has the structural characteristics of long-range disorder, short-range order and isotropy....

high-entropy, medium-entropy alloys, magnesium and aluminum

Professor Liu Jinchuan, Lv Jian, Lv Zhaoping, Hu Liangbing, Ritchie N/S review in the field of high-entropy, medium-entropy alloys, magnesium and aluminum alloys...

carbon nanotube transistors achieve a leap in industrializat

A small improvement, more than 1100 times, carbon nanotube transistors achieve a leap in industrialization Carbon nanotube transistors are one step closer to com...

It can be easily deformed at an ultra-low temperature of 258

It can be easily deformed at an ultra-low temperature of 258 degrees! Physicists see the multi-stage deformation mechanism of high-entropy alloys for the first t...

Three-layer nanomembrane with adjustable wettability

Adv. Funct. Mater., team of Wang Lianzhou, University of Queensland: Three-layer nanomembrane with adjustable wettability is used as a highly transparent, flexib...

"father of lithium-ion battery”, “father of Graphene”,

f ather o f lithium-ion battery , father of Graphene , father of dye-sensitive solar cells. Two of them won the Nobel Prize father of lithium-ion battery - John ...