Atomic-Structure-Of-Diamonds

2.Natural Diamond Properties- diamond education

lets We talk About the Properties Of Diamonds. it is Important Because What Is Inside The Diamond?, That Make Diamond Exceptional, And Unique. Diamonds are a form of pure carbon, the only two forms of carbon are diamond and graphite. Natural diamond has a density of 3520kg / m3 which makes the diamond very strong.

1.Crystal Structure Of Natural Diamonds

Diamond has a tetrahedral, structural property, one atom of carbon is combined with four atoms to form a cubic structure.

The diamond is mainly found in the octahedral, crystal structure of twin octahedral (macle), also has diamond fiber, this fiber gives the crystal structural loss light of the diamond. Diamonds also have a polycrystalline aggregates structure which makes the diamond opaque as well as black.

2.Hardness Of Diamond

Diamond is the hardest material on earth, measured on the Mohs scale and Vickers scale. The purity of the diamond determines how hard the diamond is, the flawless diamond is the hardest.

3.Diamond Toughness

Toughness Is How Diamond, Is Survive On Forcefully  Brackage Impact. Toughness Of Diamond is Measured 7.5–10 megapascal·m1/2 

This Value Is Good Compared To other engineering materials.

4.Electrical conductivity of Diamonds

Diamonds are Very Best Use As Electrical Conductor.

Diamonds Are Doing Very Well Because Boron Impurity Is Thermal Insulator.

5.Chemical Properties Of Diamond

Diamond Not yet React With Any Chemical Like Acid And Bases.

Diamond Ignition Point is 690 °C (1,274 °F) to 840 °C (1,540 °F).  After Cross This Heat Diamond Will Be Transform In Carbon-Dioxide, And Diamond Impurities Will Be Ash.