diamond in Greek means " impossible to tame & quot;. Diamond located mainly in central and southern Africa, although significant sources of minerals have been discovered in Canada, Russia, Brazil, australia.
there are synthetic diamonds and natural diamonds.
there something so special about diamonds, and they are thus valuable, that people might try to make it for the long time.
synthetic diamonds were first produced in 1953, in Stockholm, Sweden by Asea, Sweden major electrical manufacturing company. It was to maintain the pressure within the organ of the atmosphere an estimated 83000 for an hour to produce these diamonds.
it now appears that it is possible to make diamonds in the laboratory to perfect down to the same atomic structure that debeers, the world& 39;s largest diamond coalition, is the management scared.
and You know, and this can and sell diamonds in profit.
apparently exist in Russia alone 5 laboratories producing synthetic diamonds with the same atomic structure as natural diamonds, but with a difference, who are also perfect. Have the same characteristics in real diamonds, the same cruelty, and with the same conductivity, the same types of synthetic sparkle.
different diamonds
2 different processes used to produce synthetic diamonds:
the oldest process uses pressure, and found much of it, and carbon.
since diamonds are carbon, in the end were able to make Diamond this way, but these were diamonds can be easily distinguished from natural diamonds.
originally, the pressure was developed and General Electric Company, on the part of senior producers, to a much greater scale.
there also cubic press system.
the latest process actually grow the diamond layer layer as a chemical process called chemical vapor deposition. This process allows for many new uses for diamonds in the past who previously either too expensive to implement, or may be difficult make.
the most important feature of cardiovascular disease diamond growth is the ability to control the characteristics of the diamond produced.
diamonds now being used machine tools, especially for non-alloys Rail. Cardiovascular disease also diamond applications in the field of electronics. Conductor diamond has been demonstrated as useful electric pole under many circumstances.
diamonds also being used radiation detection devices. Diamond also uses it as semiconductors because diamonds can be contaminated impurities.
diamond is the ideal material. It can be used in computers to operate at speeds that anything would melt in the market today.
diamonds can also replace the ruby laser for making extremist power.
diamonds can be used memory and storage devices that can be very small, to allow for a cellular phone compatible with the presence of iPod guard] to store 20000 movies.
frank vanderlugt very interested in diamonds. Http: / / www.diamondzmall.com lillie aracelis
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