Takes Carbons To Make Diamond

Carbon may be an element that we know as the day a day soft charcoal black soot, residue burning, the dihujat the environmentalis create CO2 as a climate change makes the world more heat.

Carbon prices vary widely, there is almost a carbon has almost no value, you can buy a sack used for burning charcoal, with just the cheap price, there is also a carbon has little value after the process as active carbon or carbon / graphite is so easy to use software to be eye pencil to write, and there are also quite expensive carbon that when processed into fibers, and carbon and is used in various structures such as a lightweight badminton rackets (Carbonex) or tennis racket, golf stick, stick inducement to the structure of Formula One cars are very lightweight, to structure and invisible fighter satellite relies on the use of carbon composite.

Carbon is one of so much material that is in the earth, and all of the material / material that is in this world, there is a material that has a very high value, sought the search for beauty and good nature of mechanical assets. Diamond or diamond material is a white jewel and sometimes with a black-ray bright and interesting, and is currently the material that is known and the most expensive most sought

Create a scientist, diamond is the most hard materials, with the extreme characteristics. When compared with other materials, diamond is always the top ranking. In addition, known as material terkeras, at least compression, the most rigid good heat conductor, with the smallest coefficient expansi heat, resistant to acid and alkali, transparant and Berlian is one material that has a negative electron.

Indeed have the beauty of diamonds and the nature of the characteristics sought by many people looking. However, who suspected that the white material with bright rays are used to this set of carbon dioxide a jet that has a meaning that is not processed. Diamonds that form a set of individual elements of carbon, with a characteristic atomic arrangement iterance C specifically so that the crystal form to create a solid diamond with different charcoal. Only because the order of the C atoms are formed which create a special crystal Diamond stronger than even steel.

Key fundamental differences between the charcoal graphite diamond crystal structure is the order of the element Carbon. The formation of crystals that are very different this process is influenced by thermal and kinetik received by a set of carbon. Where the temperature and pressure on the rest of the regular burning of carbon or charcoal will only create a soft graphite and black soot. However, when the burning is done at high temperature followed by the pressure environment around the high, the crystal arrangement of carbon atoms become increasingly dense and so special that produce a strong diamond, hard sparkler.

Environment is the appropriate form of carbon black has become a diamond crystal is bright white. High temperature, high pressure to make the order of C atoms in the diamond becomes very dense, and release the structure of bond default charcoal into ties with the new layout.