Irradiation alters the colour of a stone.
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According to Wikipedia, the Dresden Green Diamond, the most famous green diamond, owes its "...unique apple green color is due to natural exposure to radioactive materials..." Some green diamonds are made more green after being irradiated in order to enhance its colour. This process treats or enhances a diamond, and therefore, makes it less valuable than a naturally coloured diamond. A certified gemologist can identify such diamonds.
Much shorter wavelength in UV light, hence much greater energy.
Nothing, if the uranium is non-irradiated.
Only uranium minerals and irradiated thorium; any object with protactinium.
if the diamond can scratch glass because diamonds are the hardest substances on the face of this earthAnother AnswerSince 'yellow' diamonds can be more valuable than colourless diamonds, depending on its clarity and intensity of colour, best practices dictate that you pay for a certificate by a certified gemologist to document the true characteristics of the gem.It's possible that the gem:is a yellow sapphire or other yellow stonehas been irradiated to enhance its colourcould be a fabricated gem with no gem value
Imperial Jade Indian Agate Imperial Topez Imperial Mexican Jade Inca Emerald Indicolite Inverall Sapphire Iohite Irish Diamond Irradiated Diamond Italian Lapis Ivory Indigolite Indicolite Iolite
CAFO eggs (um, "grocery-store" eggs) are irradiated to reduce contamination, chiefly salmonella.
No, for a naturally coloured diamond, and yes, for a treated diamond with enhanced colour. Any diamond can be treated, either chemically or by radiation, to enhance its natural colour. Many naturally coloured diamonds require no treatment, because their colour is judged to be naturally ideal. A certified gemologist can identify a naturally coloured diamond, and can also identify and describe treatments to a diamond intended to enhance its natural colour.
Boart means industrial quality diamond (by nature heavlily included, near opaque), carbonado is the variety. Almost any boart can be heated to make black. There are 3 types of black diamonds, 1)Natural Black (opaque but slightly traslucent) 2)Irradiated (white, transparent, cloudy diamond, I1 to I3 clarity), can be transformed to black (opaque, slightly translucent, green traces when viewed with strong light) and finally 3)Boart diamond (60% of the diamond production). Entire diamond appear black (brownish to acerated hues), completely opaque, zero light can enter to it. From price point of view. Natural Black from 500 per carat, Irradiated Black from 150 per carat, boart heated to black from 50 per carat, so watch carefully what you`re buying.
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According to Wikipedia, the Dresden Green Diamond, the most famous green diamond, owes its "...unique apple green color is due to natural exposure to radioactive materials..." Some green diamonds are made more green after being irradiated in order to enhance its colour. This process treats or enhances a diamond, and therefore, makes it less valuable than a naturally coloured diamond. A certified gemologist can identify such diamonds.
A salt which become fluorescent when is irradiated with UV radiations from a UV lamp.
Diamonds are irradiated to change or enhance their colour. Usually enhancing a stone means highlighting its colour -- pink, blue and so forth -- not removing colour, which is what you want to do. A diamond's colour is caused by the inclusion of a trace mineral. Brown diamonds are brown because the traces of nitrogen are in large even-numbered aggregates. Enhancing this diamond may cause it to become a fancier brown or yellow stone, not colourless or white.
No, it is subjected to UV rays.
The irradiated kind.
A deathclaw is an irradiated cat basically.
Means something has been exposed to radiation.