One hires a geologist to whom kimberlite and lamproite are familiar, and one obtains permits from the owners of lands where the geologist believes that these materials can be found.
A craton is 'an old and stable part of the lithosphere' -- the earth's crust. One class of inclusions in the formation of the earth's crust when subductions of crust were folded into the deep, kimberlite diamond areas that lie about 150-450 K below the surface. Diamonds as we know them are exploded to the earth's surface through kimberlite pipes, which are carrot shaped and widest at the surface. Although not all kimberlite pipes are sources for diamonds, most diamonds are found in areas where kimberlite pipes occur.
Diamonds are associated with carbon as it is one of the allotropes of carbon. Answer:Diamonds are often found in Kimberlite
The conditions are not so much geographical as they are geological. Since diamonds are erupted to the earth's surface by a specific type of volcanism with other trace minerals, geologists look for these trace minerals. Kimberlite is a rock produced by this type of volcanism, and is where diamonds are found in, or eroded from. Only about one in 200 kimberlite-trace-mineral sites include diamonds.
Hey, did you know that there are two types of diamond deposits? One type is found in "pipes" of volcanic rock, also known as "kimberlite," that are brought to the surface by magma. The other type, called alluvial deposits, are formed when natural diamonds are eroded from their original source, typically a kimberlite deposit. Cool, huh?
Depending on the geography, one can discover a diamond under or near the water -- an alluvial diamond, or near a volcanic pipe, from which diamonds are subsequently mined.Alluvial diamonds are loose stones that have been carried from the top of a volcanic pipe -- where they erupted to the earth's surface -- by water, and have been carried downstream by the flow. Raw diamond stones are found in the river, or sometimes in the seabed where diamonds are deposited at the mouth of the river where it meets the sea.Volcanic pipes that contain diamonds also contain the trace minerals kimberlite or lamproite, which are scattered over the top of the pipe by natural erosion. Where these trace minerals are spotted, a geologist will inspect the area further for the presence of diamonds. (Only one in 200 such volcanic pipes contains diamonds.)
Kimberlite can contain diamonds.
Kimberlite is a volcanic rock that is commonly associated with the formation of diamonds. It is formed deep within the Earth's mantle and is brought to the surface through volcanic activity. Kimberlite magma is rich in carbon, which is necessary for diamond formation. As the magma rises to the surface, it cools and solidifies, capturing and preserving the diamonds that formed within it.
A craton is 'an old and stable part of the lithosphere' -- the earth's crust. One class of inclusions in the formation of the earth's crust when subductions of crust were folded into the deep, kimberlite diamond areas that lie about 150-450 K below the surface. Diamonds as we know them are exploded to the earth's surface through kimberlite pipes, which are carrot shaped and widest at the surface. Although not all kimberlite pipes are sources for diamonds, most diamonds are found in areas where kimberlite pipes occur.
Visually, there are trace minerals that indicate a volcanic pipe, which might contain diamonds. The trace minerals include kimberlite, and only one kimberlite pipe in 200 yields gem-quality diamonds. You can read more, below.
Your question is confusing. By 'western kimberlite' one can assume that you mean the discovery of kimberlite indicator minerals in 'the west' -- specifically, Canada. Kimberlite, as an indicator mineral, signals the potential presence of diamond minerals. In the past 20 years, diamond mining in Canada has become an integral, extractive industry -- essentially a new industry. This development has presented significant competition to the DeBeers 'cartel', previously the most significant 'player' in the diamond mining industry -- with primary operations in Africa. As well, the diamond industry in Australia has become prominent. Depending on your locale, Australia may also be considered west. Finally, kimberlite has no effect on diamond processing, which occurs after the diamonds are mined. Kimberlite simply indicates where to mine.
Diamonds are associated with carbon as it is one of the allotropes of carbon. Answer:Diamonds are often found in Kimberlite
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The conditions are not so much geographical as they are geological. Since diamonds are erupted to the earth's surface by a specific type of volcanism with other trace minerals, geologists look for these trace minerals. Kimberlite is a rock produced by this type of volcanism, and is where diamonds are found in, or eroded from. Only about one in 200 kimberlite-trace-mineral sites include diamonds.
Call salvage yards in your area and ask if they have a locating service. A yard with a locating service will find one for you. I hope this helps you. Mark
Hey, did you know that there are two types of diamond deposits? One type is found in "pipes" of volcanic rock, also known as "kimberlite," that are brought to the surface by magma. The other type, called alluvial deposits, are formed when natural diamonds are eroded from their original source, typically a kimberlite deposit. Cool, huh?
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