Future space carriages can be created from diamonds

By creating a "nano-diamond wire" from single-crystal diamond diamonds coated with hydrogen, Australian scientists have created diamonds more magical than graphene, promising to be applied in A lot of human areas , especially a "diamond space elevator", bring people up to nearly 20,000 feet above the ground and beyond.

Space elevator in the space will be made of diamond

Graphene has always been a promising light star in the field of materials science, but in recent years scientists have consistently been looking for more promising candidates and one of them is the needle. nano rigid, diamond-hardened, and more.

The three-dimensional structure of the nano-diamond chain attaches the hydrogen atoms to increased plasticity, stability and durability.

Not long ago, researchers at a lab at the University of Pennsylvania claimed to have created a diamond nano chain. However, the scale only stops in the laboratory and can not prove feasible when produced on a large scale. At the same time, other important issues diamond chains will break when lengthened.

However, the team at Queensland University of Technology, Australia recently demonstrated the viability of the diamond crystal chain on a large scale - a material of the future. Their approach is that when we insert weak atoms into a repeat benzene ring structure, the nanofibers will become more malleable than brittle, as brittle as before. In this way, the scientists suggest that the diamond nanoparticles could be used to build robust, three-dimensional structures.

Although this is only the initial model, if it is successfully researched, it will be a promising material for a variety of applications ranging from nanotechnology to electrical technology. and of course aerospace technology. One project that could use this type of material is the space elevator which takes people 20km to the ground, which requires a durable, tough material.