Conflict diamonds are diamonds generally found on the ground or rivers. The problem is that in areas of rebellion or high crime, the bad guys used the money from selling these raw stones to finance their crimes or rebellions.
There are estimates indicating that conflict or blood diamonds were never more than 5% of the diamonds in the world. Now they are less than 1%. Why? The Kimberly Process.
You can read more about the Kimberly Process, below.
cause: more than 10 countries to be at war Effect: U.s. is feared around the world
If the African nations decided to draw new borders it would make some conflict worse because people are used to it being a certain way. It might help people learn to work together, but it could also cause more problems.
Because they are so dissatisfied with what is around them that they commit their life to make a change that will make a lasting effect for the betterment of humanity, even if it means sacrifice.
The outbreak of World War I in 1914 serves as a prime example of the alliance system. The conflict escalated rapidly due to the entangling agreements between major powers: the Triple Entente (comprising France, Russia, and Britain) and the Triple Alliance (comprising Germany, Austria-Hungary, and Italy). When Austria-Hungary declared war on Serbia, alliances quickly drew multiple countries into the conflict, transforming a regional dispute into a global war. This illustrates how the alliance system can create a domino effect, leading to widespread military engagement.
The diameter of the earth at the equator is 12,756 kilometers. The earth slightly bulges at the equator slightly elongating the distance.
People who mine conflict diamonds can be killed for a whim; conflict diamonds fund mayhem, war, civil unrest and other inhumane activities.
Diamond doesn't have any cooling effect but it is an effective heat sink since diamonds conduct heat quite easily.
Diamonds glitter because of their high refractive index, which causes light to bounce around inside the diamond and reflect back to the viewer's eye. This scattering of light creates a sparkling effect known as brilliance. Additionally, the precise cut of a diamond, such as the facets on the surface, can further enhance its sparkle and brilliance.
Diamond Aura is the name of a SIMULATED diamond, NOT a synthetic diamond. Natural diamonds and synthetic (cultured) diamonds are identical in being made of pure carbon highly compressed with a hardness of 10. Cultured diamonds cost from 2/3 to 3/4 the price of natural diamonds. SIMULATED diamonds are NOT made of pure carbon. Cubic Zirconium (zirconium dioxide with hardness 8.5) and Mossanite (silicon carbide with hardness 9.25) are simulated diamonds and cost vastly less than natural or cultured diamonds. Diamond Aura stones have a hardness of 8.5, which suggests that they are cubic zirconium.
From HM Revenue & Customs site, below: "With effect from 1 February 2003 the UK along with the rest of the European Community will be introducing the Kimberley Process." In sum, this means that conflict diamonds are not allowed past UK customs.
Chlorine can damage diamonds by causing them to become dull or cloudy due to chemical reactions between the chlorine and the diamond. It is not recommended to expose diamonds to chlorine, such as in pools or cleaning solutions, as it can lead to discoloration or surface damage. It is best to avoid contact between diamonds and chlorine to preserve their brilliance and sparkle.
Yes, diamonds have a high refractive index which causes light to reflect internally within the diamond, creating a sparkling effect known as brilliance. This property is one of the reasons why diamonds are highly valued in jewelry.
The De Beers diamond monopoly significantly inflated diamond prices by controlling supply and marketing diamonds as rare and desirable. By stockpiling large quantities of diamonds and carefully managing their release into the market, De Beers created an artificial scarcity that maintained high prices. Their advertising campaigns, such as the iconic "A Diamond is Forever," further reinforced the perception of diamonds as essential symbols of love and commitment, sustaining consumer demand and allowing De Beers to maintain its pricing power. This monopoly effectively shaped the diamond market for decades.
Industry enhances precision cutting and carving tools by adding diamond tips to them. This is the usefulness of about 80% of all diamonds mined. Gem-quality diamonds may have an effect on humans, depending on who gives it and who receives it and under what circumstances. That said, the receiver is generally wealthier given the sheer value of a gem-quality diamond.
Diamonds sparkle due to their high refractive index and ability to reflect and refract light. When light enters a diamond, it is bent and dispersed, creating a sparkling effect known as "fire" within the stone. This play of light is enhanced by the precise cutting and polishing of the diamond's facets.
Glass can produce a sparkling effect when cut in a similar fashion to diamonds, although the sparkle may not be as intense due to differences in the material properties of glass compared to diamond. The dispersion of light in glass is not as high as in diamonds, so the sparkle may appear less vibrant.
Diamonds are typically mined through environmentally destructive practices such as open-pit mining, which can lead to deforestation, habitat destruction, and water pollution. Additionally, the diamond industry has been linked to human rights abuses and conflicts in certain regions where diamonds are sourced. The carbon emissions associated with diamond mining and processing also contribute to climate change.