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Each diamond was born approximately 3,5 million years ago, and it is being reborn every day on the fingers of every elegant woman. The chemical compound of the diamond is C carbon. Yes carbon as the graphite of the pencil. The main difference between diamond and graphite is found in the structure of their atoms. The structure of the atom of a diamond is tetrahedronic while the structure of the atom of the graphite is hexagonic. This steady internal structure of the diamond is related to the billions of years "trip" of a diamond, from the deep bowels of the earth to its surface. During this trip the diamonds are subject to extremely high pressures and temperatures. On the contrary, graphite is being crystallized at medium temperatures and pressures, and not at very high depth from the surface of the earth. Diamonds are coming up on the surface, in the lava of prehistoric volcanoes. Freezing solidates the lava, which is then gradually eroded, a process that lasts millions of years. Many times, water carries the diamonds kilometers away from their place of birth, and lays them to river and torrent banks. This is where mankind discovered the existence of diamonds. Today the mining of diamonds takes place close to the rocks, which helped the diamonds to come up at the upper layers of the earth. These rocks are known as KIMBERLITE DIAMOND PIPES.
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The first diamonds ever appeared and exploited about 2500 years ago in India. The very first rudimentary factory was founded at the same time with the discoveryof diamonds in South Africa, at the late 19th century.The four leading countries in diamond production worldwide produce 50% of rough diamonds. Theseare Australia, Zaire, Botswana, and the former USSR.South Africa is in the fifth position, followed by Namimbia, Angola, Brazil, New Guinea, Sierra Leone,Liberia, Cote d' Ivoire, Ghana, the Democracy of CentralAfrica, Tanzania, China, Indonesia and India.
The most rare and scarce it is, the most expensive it gets. More specifically the diamonds that were born billions of years ago are very rare since just very few of them endured their trip from the depths of the earth to its surface. You will be surprised to know that besides the growth in the field of industrial diamond excavation during the last years, only 350 tons of diamonds have been excavated from the beginning of their history of excavation till the late 1980's.
Here we must point out that less than half of this quantity was suitable for use by the jewelry business and then again only a small percentage of this half quantity of the total world production of diamonds, reaches after being cut, the size of the "head" of a match
These small quantities of industrialized diamonds and gem quality diamonds are not at all easy targets in terms of excavation, even if today's most advanced equipments and means of excavation are being used. It has been estimated that an average of 250 tons of rough raw material, will give after the cutting process, a polished diamond of approximately 1,00 ct size.
THE MOST IMPORTANT ROUGH DIAMOND CUT CENTERS IN THE WORLD ARE: INDIA, ISRAEL, ANTWERP, NEW YORK