Do stones glow? Are glowing stones bad for the body?

Liu Yuan, Ancient Huizhou Cultural Park Travels Series Talks about Stone Power.

I have a beautiful stone with a layer of nail polish on it, and it's very shiny.

No, it's gold that shines.

Stones that glow are harmful to the body. The glowing stone is also called fluorite, and its main ingredient is calcium fluoride. Fluorite, also known as fluorite, is a mineral, also known as soft crystal, colorful gemstones, rainbow gemstones, fantasy stones, etc.

Its main component is calcium fluoride (CaF2), which contains more impurities. Fluorite in nature often shows bright colors and has a lower hardness than a knife. It can be used as a gemstone, the pearl of the night, but most of the radioactive substances are usually harmful to the human body.

Fluorite, also known as calcium fluoride, is a common halide mineral, it is a chemical compound, its composition is calcium fluoride, is an important mineral for the extraction of fluorine. Fluorite comes in many colors and can also be transparent and colorless. Transparent and colorless fluorite can be used to make special optical lenses.

Fluorite has many other uses, such as as a flux in steelmaking and aluminum production, in the manufacture of milky glass, enamel products, and catalysts in the production of high-octane fuel oil. Fluorite is generally granular or lumpy, with a vitreous luster, mostly green or purple. Fluorite often fluoresces blue-green when exposed to ultraviolet or cathode rays, and its name is derived from this characteristic.

Calcium fluoride is subjected to high heat to release toxic vapors, and the harmful combustion product is hydrogen fluoride. It is harmful to the environment and can cause pollution to water bodies. It is best not to play with it, store it in a cool, ventilated place, and keep away from fire and heat sources.

What kind of stone is the stone that glows1.The glowing stone is "fluorite".

2.Fluorite is also known as fluorite. It is a common mineral in nature and can coexist with many other minerals. The crystals are glassy and colorful. It can emit light under conditions such as friction, heating, and ultraviolet radiation.

3.Fluorite comes from the remnants of volcanic magma. During the cooling of magma, the gas-aqueous solution separated from the magma contains many substances, among which fluorine is the main one.

In the process of the solution rising along the crack, the temperature decreases, the pressure decreases, and the fluoride ions in the gas-water solution combine with the calcium ions in the surrounding rock to form calcium fluoride. Fluorite is obtained after cooling and crystallization.

Summary. There are many types of stones, and some of them can emit light.

Why do stones glow green.

There are many types of stones, and some of them can emit light.

Some don't. Luminous stone is a stone that can shine by itself. The reason for the luminescence is because the stone contains radioactive compounds, and the radioactive elements will decay on their own, and the protons in the nucleus will leave the nucleus, and the decay will be accompanied by the release of energy, which is released in the form of light energy or heat energy.

When the light energy is released, it is the light you see. These energies also cause electrons to jump in the electron shell, and the energy level transition will produce a certain wavelength, and different wavelengths will produce different colors of light.

Luminous stone is fluorite. The night pearl is also known as the ancient folk in China"Luminous stone, glow-in-the-dark stone, glow-in-the-dark stone"Legend has it that it is one of the world's rare stones that shines at night.

Fluorescent stone, commonly known as noctilucent stone. This is a kind of strong light that can gather and absorb the outside world, fluorescent stone is exposed to sunlight for several hours, when the fluorescent stone moves to a dark place, fluorescent stone will naturally refract the light gathered in the sun, so that the dark place emits green light to illuminate the dark place.

These two types of stones, fluorescent stones, and luminous stones can emit light, but the mechanism of luminescence and waterproofing is different.

Another relatively rare type of luminous stone is a meteorite, which is a fragment of a celestial body that can also emit light.

The night pearl that often appears in movies is actually a glowing stone, which belongs to the luminous stone.

Fluorite: also known as "fluorite", the color is often green, purple, blue, yellow, red and other hues. Fluorite is a fluorite mineral formed by geological interaction between hydrogen fluoride and calcium carbonate (limestone) in subsurface hydrothermal fluids.

China is very rich in fluorite resources, and its geological reserves are second only to Mexico and rank second in the world. In the past 10 years, fluorite with phosphorescent effect has been found in northern Guangdong, Henan, Inner Mongolia, Xinjiang and Hunan, and some have been toughened into a spherical "night pearl" and sold to Beijing, Shanghai, Guangzhou, Hong Kong, Taiwan, Southeast Asia, Africa and other places.

Apatite: Calcium phosphate mineral in nature, pure colorless and transparent, common light yellow, yellow-green, gray-purple, dark red, gray-black and other colors. When apatite is heated, it can produce phosphorescence in a variety of colors.

High-quality transparent apatite can be used as a mid-range gemstone. China's apatite is mainly produced in Xinjiang, Inner Mongolia, Hebei, Gansu, Yunnan, Henan and other places.

Scheelite: calcium tungstate mineral, the color is transparent and colorless, gray-white, light yellow, light red, gray-green, light purple and other colors, with glass, diamond luster. Synthetic scheelite is commonly used in diamonds and substitutes.

After being heated and irradiated with ultraviolet light, scheelite has the phosphorescence of Luo qiang. China is rich in scheelite resources, mainly produced in Hunan, Jiangxi and Fujian, but it is less suitable for gemstones and luminescent stones.

Diamond: Natural diamond is the only mineral composed of elemental carbon (C) in nature, with colorless transparency, light yellow and green, red, purple, gray and black colors. Colorless, transparent, and flawless diamonds are the most valuable diamonds in jewelry.

Diamonds can be exposed to sunlight to find bright blue-blue phosphorescence. Diamonds in the world are mainly produced in Australia, Zaire, South Africa and other countries. China's diamonds are mainly produced in Liaoning, Shandong, Hunan, Anwei and other places.

Fluorite. Fluorite is also known as fluorite. One of the most common minerals in nature can coexist with many other minerals.

There are five effective varieties in the world. In an equiaxed system, the main component is calcium fluoride (CAF). Crystals are octahedral and cube.

The crystal is glassy, bright and changeable in color, fragile, Mohs hardness 4, melting point 1360, and has complete cleavage properties.

Some samples emit light when exposed to friction, heat, and ultraviolet light. This mineral comes from volcanic magma. During the cooling of the magma, the gas-aqueous solution separated by the magma contains fluorine.

In the process of the solution rising along the fracture, the fluoride ions in the gas-water solution combine with the calcium ions in the surrounding rock to form calcium fluoride, which is cooled and crystallized to form fluorite. It is found in rocks such as granite, pegmatite, syenite, etc.

The stone that glows is "fluorite".

Fluorite is also known as fluorite. It is a more common mineral in nature, which can coexist with a variety of other minerals, the crystal is vitreous, the color is bright and changeable, and it can emit light under the conditions of friction, heating, ultraviolet radiation, etc.

Fluorite comes from the remnants of volcanic magma, in the process of magma cooling, the gas-water solution separated by magma contains many substances, mainly fluorine, in the process of the solution rising along the fracture, the temperature decreases, the pressure decreases, the fluoride ions in the gas-water solution combine with the calcium ions in the surrounding rocks to form calcium fluoride, and fluorite is obtained after cooling and crystallization.