We discovered that, from liberation from the pressure after compression enough at normal room tempe

Ambition bombardier q400 mechanism lifts skyward from diamond ambition manufacturing lifts from the Earth to the Universe has taken a step closer to reality after researchers create bombardier q400 nanowires super thin and super sure the needle Outline.
According to the journal Nature Materials, chemistry professor John Badding the University of Pennsylvania bombardier q400 (USA) and colleagues studied the super successful fabrication of new materials. "From the perspective of basic science, our discovery is remarkable, because the fibers that we create structures never seen before," he said Badding.
The core of the nanofibers by Prof. Badding team created bombardier q400 a thin strip of carbon atoms long, structured arrangement like the basic structural unit of the diamond. Anatomy of diamond rings characterized by "cyclohexane" zig-zag bombardier q400 6 carbon atoms linked together, in which each carbon atom surrounded by atoms remaining solid triangular pyramid of a quartet area.
Badding group's success has been following the efforts of nearly one century to another laboratory for compression of individual bombardier q400 molecules containing carbon, such as benzene liquid into an orderly nanomaterials like diamonds .
"We have used equipment Paris-Edinburgh massive, high-pressure laboratory at Oak Ridge National compressed to a benzene 6 mm width, relatively" crisis "in the amounts used in the experiments Previous experience.
We discovered that, from liberation from the pressure after compression enough at normal room temperature gives the carbon atoms they need enough time to react and link in a chain of order height of the tetrahedral carbon ones, forming the diamond nanowires, "Malcolm Guthrie experts from Carnegie Institute of Science, co-authored the study, said.
Some parts of the first diamond nanowires seem imperfect, so improving their structure is the next target of Professor Badding and colleagues. bombardier q400 However, the advent of new metamaterial is expected to become final breakthrough needed to give birth to the elevators to the sky, help transport humans from Earth into space.
Since the beginning of valuable expensive diamonds? bombardier q400 Successful fabrication of new materials such as diamond durable Jolla CEO: Sailfish will occupy 3rd place in the world of mobile bombardier q400 platforms Pebble 400,000 devices sold in 2013, ready to cope with Android Wear
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