How does the Process of Formation of Diamonds and Diamonds from Outer Space

 Diamond is a rock most often used into jewelry. Not only beautiful, the diamond is also one of the rocks of the strongest. The process of formation of diamond is Most people think diamonds are formed from coal. This is the information wrong.

 Diamonds are not formed from coal. Diamonds were formed more than 3 billion million years ago in the Earth’s crust. On a certain layer, the heat and pressure of the specific cause of the carbon atoms crystallize and form a diamond.

Diamonds can be found at a depth of 150 to 200 kilometers below the surface of the Earth in subduction zones. The temperature in the layers of the Earth ranges from 900 to 1,300 degrees Celsius. The pressure was at 45 to 60 kilobar, which is equivalent to 50,000 times the atmospheric pressure on the surface of the Earth.

 In this layer there is the magma of the Earth could be heading out into the surface of the Earth. When magma makes the Earth’s crust expanded, the magma will find a way out by making its own path. The line is shaped like a pipe.

It is this line which became the main source to get the diamond and is called with the path of kimberlite. However, it is estimated only 1 of the 200 line kimberlite that generates quality diamond that can be used as jewelry.

So, it is not true if there is a theory which states that the diamonds are formed from coal. Stone bada is a sedimentary rock are deposited on the outer surface of the Earth. Coal is rarely buried too deep in the layers of the Earth. Generally coal is only saved no more than 3.2 kilometers.

Diamonds from outer space Researchers from NASA found that most meteorites contain a diamond nano-sized. Its small size makes the diamonds of the meteorite can not be used well for jewelry or abrasive materials.

 The formation of diamonds in outer space has not been fully understood. However, the researchers suspect its formation is not much different from the formation of diamonds in the Earth.

Could It Be That Diamonds Could Be Burned? Science Explain

Diamond is a sign of undying love. Thus, which is often talked about diamonds. In addition, the diamond is also often referred to is better than gold, because it can survive for billions of years. But, can the diamonds on fire?

With the application of heat and oxygen, the diamond seems to be burning to let out the smoke. The same as coal, diamonds are carbon. Compared to coal, it takes a lot more effort to make the diamonds caught fire and keep it burning, until finally crushed diamonds on fire.

 Can Eliminate Diamonds Trick is to create the right conditions, so that the diamonds solid can react with the oxygen needed to ignite the fire.

 “You have to change the carbon solid into a gas, so it can react with air to create a flame,

“said Rick Sachleben, a retired chemist and member of the American Chemical Society. According to the physicist West Texas A&M University, Christopher Baird best way to burn a diamond is at a very high heat. In room temperature air, the diamonds will burn around at 1.652 degrees Fahrenheit (900 degrees Celsius).

For comparison, coal high volatile (coal containing large amounts of gases are released) burning at a temperature of about 1.233 F (667 Celsius), while the wood can be burned at a temperature of 572 F (300 C) or less, depending on its type.

 When first heated, the diamond will glow red, then white. The heat allows the reaction between the diamond surface and the air, turn the carbon into carbon monoxide gas is colorless and odorless (a carbon atom plus an oxygen atom).

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