Scientists have found: A huge amount of diamonds are in the depths of the earth



[ad_1]

In the depths of the earth lie more than a quadrillion tonnes of diamonds, researchers at the Mbadachusetts Institute of Technology (MIT) said this week.

However, it is doubtful that this message causes diamond fever. American scientists have discovered gems at a depth of about 145-240 km – much deeper than any of the deepest holes ever made.

"We can not reach them, but there are many more diamonds than before." MIT Earth, The Atmosphere and Planetary Science Department Researcher Ulrich Faul. – It shows that diamonds are probably not exotic minerals and that they are quite common globally. "

Diamonds are probably not exotic minerals and they are relatively common all over the world.In depth, scientists have discovered the treasure of this diamond at the base of the so-called kraton.

These are" the oldest and most immature rock formations found behind the centers of most continental tectonic plates ", says the MIT report.

The Earth Diamond Bases Research Project

Thus, researchers constructed virtual rocks simulating various combinations of minerals and calculated the speed at which sound waves could spread over them

"In most cases, diamonds are the most commonly used diamonds. special, – noted U. Faulis. One of their characteristics is that the speed of the diamond is twice as high as that of olivine, the upper mantle of the main mineral. "

Scientists have found that sound waves propagating in the basement of the corona Diamonds

Scientists now suggest that diamonds in the deepest rocks of the Earth's crust are at least a thousand times more likely to have been invented up to here

However, only a very small portion of these gems could circulate in jewelry.] Diamonds are made up of a special allotropic carbon strain. are formed in the underlying atmospheres of the Earth under extreme pressure and temperature.

These crystals only surface through rare volcanic eruptions, when the magma of very deep depths is discarded. only a few tens of millions of years of eruptions

[ad_2]
Source link