Many people are interested in the shades of diamonds grown in the laboratory. Today, scientists can “paint” synthetic pebbles in two colors: yellow and blue. However, colorless diamonds are the most popular, although their creation requires more time and effort.

It is difficult to obtain clear artificial diamonds because it is necessary to constantly ensure that boron or nitrogen does not enter the composition. The stones created by such efforts are the most honest and appreciate even small samples of 1 carat.

The Novita Diamonds are obtained by mixing bromine with carbon. Their shades are different: from dark blue to light blue. Nitrogen is used to obtain yellow diamonds. Then the color is obtained from sour lemon to fiery orange. Nickel is needed to obtain black stones in the laboratory.

Applications and Opportunities

About 80% of the diamonds produced are used in industry and other areas of human life. For example, the production of bearings, tips for drills. You can make diamond chips and powder from small stones, which is used to spray knives or grinding tools.

Synthetic diamond plays a major role in electronics. They form needles, interlayers in microcircuits and counters to maintain thermal conductivity and resistance. And this is only an approximate sales market in which you can implement high-quality artificial stones.

Top industries play the most important role in the production of CVD diamonds. They are necessary to create mobile phones. They are used to reproduce laser beams used in medicine: they are used to treat many deadly diseases. The role of synthetic stones is therefore huge.

Proven Technologies and Future Systems

You must be curious about how to grow a diamond in laboratory conditions. A modern plant uses two technologies for their production. The first popularity and occurrence is HPHT. It is based on heating carbon under high pressure. Its main advantage is the relatively low price of the resulting stones.

The method of manufacturing CVD diamonds can be understood by the idea of ​​a gas chamber. Inside, the hydrocarbon gas is deposited on the silicon wafer by heating or microwave radiation. The result of the reaction is a plate 2-3 mm thick. Therefore, its main industry is optics and electronics.

In some laboratories that grow synthetic stones, “explosive” technology for the production of diamond chips is widespread. It is based on the fact that an explosion creates high pressure and releases a large amount of heat. The main thing is to quickly lower the chamber into the water to prevent the diamond from entering the graphite state.

Beautiful Death: A New Technology For Obtaining Jewelry

In 1999, scientists learned how to extract a diamond from the dust of a person or animal. After 3 years, this technology was widely promoted and the creation of diamonds from the remains became a profitable company. This technique is not worth it. Previously, all cremation ashes were required to make the stone, but today a hair lock is enough.

When a person is cremated, very high temperatures are required. This made it possible to keep loved ones in jewelry. But the cost of such a funeral is not small: $ 5,000-22,000.