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silicon
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   Also found in: Medical, Encyclopedia, Wikipedia 0.03 sec.

silicon

Brittle, non-metallic element, atomic number 14, relative atomic mass 28.086. It is the second-most abundant element (after oxygen) in the Earth's crust and occurs in amorphous and crystalline forms. In nature it is found only in combination with other elements, chiefly with oxygen in silica (silicon dioxide, SiO2) and the silicates. These form the mineral quartz, which makes up most sands, gravels, and beaches.

Pottery glazes and glassmaking are based on the use of silica sands and date from prehistory. Today the crystalline form of silicon is used as a deoxidizing and hardening agent in steel, and has become the basis of the electronics industry because of its semiconductor properties, being used to make ‘silicon chips’ for microprocessors.

The element was isolated by Swedish chemist Jöns Berzelius in 1823, having been named in 1817 by Scottish chemist Thomas Thomson by analogy with boron and carbon because of its chemical resemblance to these elements.



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? Mentioned in ? References in periodicals archive
 
Soref of the Air Force Research Laboratory at Hanscom Air Force Base near Boston says that the advance is "significant because lasing has been demonstrated in crystalline silicon .
And polymers are cheap and nontoxic, while high-quality crystalline silicon is decidedly not cheap.
Its efficiency at converting sunlight to electricity is about 5%, well under the 10-16% efficiency of crystalline silicon technologies, and thus would need to be improved to really compete with those cells.
 
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