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they are treated differently depending on the weather?? and how to eliminate the color is very difficult depending on the material
The most commonly used method of enhancing gemstone color is heating - examples are Tanzanite which comes out of the ground brown is heated and changes to blue. Same with sapphires and in some cases rubies. Emeralds are commonly soaked in resin or oil to hide the cracks in the stone, so is Turquoise. Pearls are often bleached or dyed to enhance color.
NO there isn't. This is rather difficult because gemstones are valued accordance to weight. For instance, a 4 carat topaz would value more than a 1 carat diamond. To add to this...when gemstones have been treated, vesus being natural or if the stone has been placed on the market following be cut, you have to take clarity ranking, cut, color and all that into consideration. All in all, it is rather difficult until you have a finished product.
A gemstone can be a variety of different stones. Rubies, emeralds, are considered gemstones. The colors of the stones can determine how valuable the stone is. The deeper the natural color the better the stone.
Cut, Color and Clarity.
Color treated hair can be damaged easily. Color treated hair can break easily as well. Color treated hair should be conditioned on a regular basis.
Probably because people think the blue color of sapphires are really beautiful. Although sapphires do sometimes come in other colors, like most gemstones. But the iconic color is blue.
There are various gemstones that are blue in color. Some of these gemstones include sapphire, blue topaz, blue sodalite, blue diamond and lapis lazuli.
Gemstones are not directly part of the field of chemistry. However, the study of gemstones often involves understanding their chemical composition and properties, which does involve some aspects of chemistry. Gemology, the scientific study of gemstones, incorporates various disciplines such as mineralogy, geology, physics, and chemistry. Chemistry plays a role in analyzing and identifying gemstones by examining their elemental composition and crystal structure. Techniques such as spectroscopy, X-ray diffraction, and electron microscopy are employed to determine the chemical composition and atomic arrangement within gemstones. Understanding the chemistry of gemstones helps gemologists assess their authenticity, origin, and quality. Furthermore, some gemstones derive their color from impurities or defects in their crystal lattice, which can be attributed to specific chemical elements or compounds. For instance, the presence of chromium gives emeralds their green color, while traces of iron contribute to the blue color of sapphires. In summary, while gemstones themselves are not a core component of chemistry, the study of gemstones incorporates chemical analysis and understanding to comprehend their composition, structure, and properties.
Tigers do not have favourite colours or gemstones
its a natural color
Enhanced: Nearly all gemstones available today have been enhanced to bring out their best color or to strengthen them. For example, an accepted industry practice in the polishing process for sapphires involves heating the stones to bring out their color. This process simply extends what nature began, since it is heat and pressure that give gemstones their color in the first place.The word "enhanced" or "treated" are the same in gemology. The difference stays in the trade where traders use word "enhanced" instead of "treated" to make a physiological advantage on buyers. Both the words are accepted, internationally.