k Silicon. Sample of cruderefined silicon. Silicon is a semiconductor group IV metal, with atomic number 14. It is not found as a native element, but is the second most abundant element in the Earths crust, occurring as silica silicon dioxide. Crude silicon may be obtained by reducing silica with carbon in a furnace. Pure silicon is obtained by conversion to silicon tetrachloride, then reduction on a hot wire and zone refining. Exceptionally pure silicon is used as the substrate for electronic devices. Its diamondtype lattice structure means that it may be doped with electron donors or acceptors to form transistors and diodes. Editorial Stock Photo - Afloimages
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Silicon. Sample of crude-refined silicon. Silicon is a semiconductor group IV metal, with atomic number 14. It is not found as a native element, but is the second most abundant element in the Earth's crust, occurring as silica (silicon dioxide). Crude silicon may be obtained by reducing silica with carbon in a furnace. Pure silicon is obtained by conversion to silicon tetrachloride, then reduction on a hot wire and zone refining. Exceptionally pure silicon is used as the substrate for electronic devices. Its diamond-type lattice structure means that it may be 'doped' with electron donors or acceptors to form transistors and diodes.
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Silicon. Sample of crude-refined silicon. Silicon is a semiconductor group IV metal, with atomic number 14. It is not found as a native element, but is the second most abundant element in the Earth's crust, occurring as silica (silicon dioxide). Crude silicon may be obtained by reducing silica with carbon in a furnace. Pure silicon is obtained by conversion to silicon tetrachloride, then reduction on a hot wire and zone refining. Exceptionally pure silicon is used as the substrate for electronic devices. Its diamond-type lattice structure means that it may be 'doped' with electron donors or acceptors to form transistors and diodes.

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10576842

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License type
Editorial

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Creation date
16-11-2010

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