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If the nitrogen atoms are clustered together within the carbon

If the nitrogen atoms are evenly spread out throughout the carbon lattice, then the diamond is said to be a Type 1b diamond. Depending on the precise concentration and spread of the nitrogen atoms, these diamonds can appear deep yellow (”canary”), orange, brown or greenish. The word diamond is derived from a Greek word adamas which stands for invincible”. Because these diamonds absorb blue light, they can have a pale yellow or brown color. Less then 0. 98% of diamonds are Type 1a.

Type 2 are diamonds that absorbed no, or very few, nitrogen atoms.1% of all diamonds.
Diamonds are made of carbon, and are extremely pure, but in almost all diamonds there are tiny proportions of other elements, interspersed within the carbon as part of their crystal structure.Diamonds are classified broadly under the categories of Natural Diamond, Synthetic Industrial Diamond and Thin Film Diamonds on the basis of their process of origination. Unless, that is, the carbon tetrahedrons that make up the diamond were twisted and bent out of shape while the diamond rose to the surface of the earth.

These diamonds can be considered as the “purest of the pure” - they contain no, or minuscule amounts of impurities and are usually colorless.

If the nitrogen atoms are clustered together within the carbon lattice, then the diamond is said to be a Type 1a diamond.1% of diamonds belong to Type 1b. Due to its atomic structure, diamond is the hardest natural matter. This expensive and translucent gem is made of carbon. All naturally blue diamonds belong to Type 2b, which makes up 0. These diamonds absorb green light as well as blue light, and have a darker color than type 1a diamonds.

Diamonds can be scientifically classified  into 4 types, known as type 1a, 1b, 2a, and 2b. These diamonds therefore usually appear to be blue, although they can also be grey or nearly colorless.

These diamonds contain no nitrogen - but they do LED Street lights Suppliers contain boron, which absorbs red, orange and yellow light. These “impurities” are not what are known as inclusions, and are so small as to be invisible even under a very powerful microscope.

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