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Discovered in the 19th century, Tellurium is a semimetallic, lustrous, crystalline, brittle, silver-white element that is relatively rare. There are eight naturally occurring isotopes of Tellurium, of which three are radioactive. Tellurium is among the rarest stable solid elements in the Earth's crust. At 0.005 parts per million, it is comparable to platinum in abundance. It can be alloyed with some metals to improve their machinability.
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Tellurene could realise the hopes for higher speed transistors
By Liam Critchey | 12-05-2020
Created in a solution, the 2D Tellurene can be produced in flakes that are 100 microns in length and width and can have a thickness of tens of nanometres. The precise thickness can be controlled during production. To make the flakes in larger quantities, the container for the solution just needs to be larger. Tellurene can be used with any substrate, another reason it can be utilised for electronic devices. “We could 3D print Tellurene onto any substrate,” Wu explained. Wu and his fellow researchers believe that Tellurene could also be used for flexible printed devices that convert mechanical vibrations, or heat, into electricity.
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