Diamonds are formed as an allotrope of the element carbon, at depths greater than 90 miles. The pressure and heat at this depth was critical to the formation of the diamonds that are mined at the surface today. At crustal pressures, the stable form of carbon is the allotrope graphite.
Diamonds were transported to the surface by supersonic volcanic eruptions that carried molten rock material from the mantle containing diamond and other mantle minerals. Diamond is not formed from metamorphosed coal, and most diamonds discovered on the surface in mining operations are at least one billion years old; some may be two or three times that age. Diamond can also be formed from the pressures of high speed impacts of meteors with the Earth, but these are more of scientific interest, having no economic usefulness due to their small size and dispersion.
Intense pressure over time acting upon carbon.
When the LAva becomes hard and the volcano is empty you can chain saw it open a nd find a dimond
Diamonds are made in nature deep within the Earth's mantle where high pressure and temperature cause carbon atoms to bond in a crystal structure. These carbon atoms then rise to the surface through volcanic eruptions, where they cool and solidify to form diamond deposits. The process can take millions to billions of years to create a single diamond.
Essentially diamonds start as simple ash, charcoal, or other concentrated carbon material. From there two paths can be taken, the classic and first process was to place the carbon material into a chamber where they were heated intensely under extreme pressure which rearranged the carbon molecules into much more organized form. The other method is a new method devised by a team of researchers lead by Russell Hemley, of Carnegie Institute of Washington. This method, known as CVD (chemical vapor deposition), uses microwave radiation to heat a hydrogen plasma to 2200 degrees celcius at relatively low pressure to make much larger and finer diamonds than the traditional method. So efficient and cheap is this method that it is being considered for use in optical lenses in which laser transparency is neccesary.
well... most natural diamonds are formed 160 kilometers below earth in the mantle under high pressure and extremely high temperatures but it isn't a fast process to make it takes up-to 3 billion years to make.
BUT... if you are talking about man made diamonds or synthetic diamonds which is said to be created by a high pressure high temperature method. now there is this machine that is called a (belt press) that can make them. And there is another method called chemical vapor deposition (CVD) that is said to make them as well.
Diamond
Diamond is a solid substance found in nature that is inorganic. It is comprised of carbon atoms arranged in a crystal lattice structure.
The hardest naturally occurring substance is diamond, while the softest naturally occurring substance is talc.
No, the Earth is not made of diamond. Diamond is a specific form of carbon crystals that are created under high pressure and temperature conditions, while the Earth's composition is mostly made up of silicate minerals and a small percentage of metals like iron and nickel.
The hardest naturally occurring substance is diamond.
Mother Nature made the world's biggest diamond.
Mother Nature made the Cullinan diamond, which was discovered by a human in 1905.
Mother Nature made that stone.
Mother Nature makes natural diamonds.
graphite and diamond
A ruby is a ruby; a diamond is a diamond. They are different gemstones. Both occur in nature.
Pure is variable and can be used to define the flawless nature of a diamond.
Harold Diamond goes by Nature Boy.
One of the hardest substances found in nature is the diamond. One of the strongest man made materials is called graphene.
Just search "pokemon nature guide"...
Diamond
The best nature is the Beneficial Nature. It's really hard to get. None of my Pokemon have the Beneficial Nature.