Diamonds reflect all colors of light (red, orange, yellow, green, blue, indigo, and violet), so, like a rainbow, you see all of these colors reflected in the gem.
the diamonds sparkle due to refraction of light through them.
Diamonds 'sparkle' based on the high refractive index of the mineral. Then, add the cut of the stone and its polish which cause light to be reflected and refracted back to the observer's eye. Note that a raw, uncut diamond will not demonstrate its high refractive index.
Diamonds can come colors based on the impurities they contain. A white diamond is generally pure while impure diamonds can be nearly any color in the rainbow.
Diamonds sparkle according to the refractive angles cut into the stone. A single-cut diamond has 17 facets; common round cuts today have more than 50 facets. There's no question that a single-cut diamond will sparkle, but it might not sparkle as much as a diamond of the same weight with more facets cut into it.
Diamonds are formed by tremendous pressure under the earth's surface which causes carbon to crystallize. When this happens in the presence of certain trace elements, a distortion of the normal crystallization process can occur and result in the beautiful colors seen in some rare and expensive diamonds.
Yes, this is a lively way to describe the reflection and refraction of light through diamonds.
the diamonds sparkle due to refraction of light through them.
Gem-quality diamonds sparkle under any available light, even moonlight, starlight, firelight and flashlight.
Diamonds do not shine but reflect the light from which is pointing at it, to make it seem like it is shining.
Helzberg Diamonds specializes in making moments sparkle.
Women love diamonds because they are a representation of love in general. They also love the glitz and sparkle of them. Most women like jewelry.
Refraction and reflection both contribute to the sparkle you see in a diamond. Diamonds naturally have a high refractive index, meaning they are 'light friendly'. This property makes diamonds sparkle under any available light: moonlight, starlight, flashlight, firelight and so forth. A well-cut diamond also has reflective qualities: the diamond cutter designed the cut so that light taken in from any facet reflects on other facets and back into the eye of the beholder.
Your answer is based in geometry -- light bounces across angles, which are purposefully developed when planning and cutting a diamond stone. Diamonds sparkle and dazzle regardless of the intensity of light.
Diamonds 'sparkle' based on the high refractive index of the mineral. Then, add the cut of the stone and its polish which cause light to be reflected and refracted back to the observer's eye. Note that a raw, uncut diamond will not demonstrate its high refractive index.
Gem-quality diamonds -- only about 20% of all diamonds mined -- are cut and polished to reflect and refract light, which gives them sparkle and shine.
Not all. Some can be other colors. But there are blue diamonds
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