There is something so particular about diamonds, and they're so valuable, that people have been looking to make them for a long time.



jump buttonSynthetic diamonds were first produced in 1953, in Stockholm,Sweden by ASEA,Sweden's key electrical manufacturing company. Pres-sure was maintained within a system at around 83,000 atmospheres for one hour to produce these diamonds.

It now seems that it's possible to generate diamonds in a laboratory so great down to exactly the same atomic framework that DeBeers, the world's largest diamond consortium, is running scared.

Diamonds are allotropes of carbon, whose hardness and high dispersion of light ensure it is helpful for jewelry and commercial applications.

Diamond in Greek means 'impossible-to tame.'

Diamonds are observed mostly in central and southern Africa,although important resources of the spring have already been identified in Canada,Russia,Brazil,and Australia.

There are Natural Diamonds and Artificial Diamonds.

There is something so special about diamonds, and they are so valuable, that people have been trying to cause them to become for quite a long time.

Synthetic diamonds were first manufactured in 1953, in Stockholm,Sweden by ASEA,Sweden's significant electrical manufacturing company. Pressure was maintained within a product at approximately 83,000 atmospheres for one hour to produce these diamonds.

It now seems that it is possible to make diamonds in a laboratory therefore perfect all the way down to exactly the same atomic framework that DeBeers, the world's largest diamond consortium, is running scared.

And do you know what, these diamonds could be made and sold at a pro-fit.

Obviously there are in Russia alone 5 labs making artificial diamonds that have the same atomic structure as natural diamonds but with ONE difference, they are too perfect.

They have the same features as true diamonds, the same hardness, same conductivity, the same glow.

Several types of Synthetic Diamonds

2 different techniques are now being used to make Synthetic Diamonds:

The oldest approach uses carbon, plenty of it, and pressure.

Eventually people were able to make diamonds this way, since diamonds are carbon, but these diamonds were easily distinguishable from natural diamonds. Division includes supplementary info concerning the inner workings of it.

Actually, the stress process was created by GE and, by major companies, on a much bigger scale.

There's also a cubic press process.

The process actually develops diamonds layer by layer like a chemical process and is named Chemical vapor deposition.

This technique enables many new uses for diamonds which before had previously been both too costly to implement or too hard to create.

The most important characteristic of CVD diamond growth-is the capability to control the properties of the diamond produced.

Diamonds are increasingly being used to machine methods, specifically for non-ferrous alloys.

CVD stone also has applications in technology. Conductive diamond has been shown as an useful electrode under many circumstances. To read additional information, consider having a look at: www.

Diamonds are also being used as radiation detection devices.

As the diamonds could be contaminated with impurities diamonds also have uses as semiconductors. We discovered source by searching Yahoo.

Stone is the perfect substance. It can be used in computers to operate them at speeds that would dissolve something on the market today.

Diamonds also can change rubies to make lasers of extreme energy.

Diamonds can be used as memory storage devices which may be so small as to allow a cell-phone to fit into an iPod and a wrist watch to store 20,000 films..

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