How are stones formed? Why are some gemstones so beautiful and translucent?

The formation of stones is due to the formation of rocks on the earth through complex geological processes through long-term weathering, erosion, sedimentation and metamorphism. These actions include temperature changes, pressure changes, chemical reactions, etc., which lead to physical and chemical changes in the rocks, eventually forming different stone types.

As for the beauty and translucency of the gemstone, it mainly depends on the internal structure and external characteristics of the gemstone. Crystal and jadeite, for example, are both transparent silicate gemstones with regular crystals and clear lines in their internal structure, resulting in a beautifully transparent appearance. In addition, gemstones such as emerald and corundum also show unique color and luster due to the special chemical composition and crystal structure of the internal structure.

In addition to this, the transparency of a gemstone is also related to its internal impurities and external damage. If there are bubbles, cracks, or other impurities inside a gemstone, it will affect its transparency. Similarly, external damage such as scratches, cracks, etc., can also affect the value and beauty of a gemstone.

In conclusion, the formation of stones is closely related to geological processes, while the beauty and translucency of gemstones depend on their internal structure and external characteristics.

This is a physical reaction that can only occur in nature through the natural changes in natural climate and temperature, as well as the mutual mixing of various substances. Moreover, there is still a long time to precipitate before such a problem may occur.

Gemstones are the most beautiful and valuable type of rock [1]. They are bright in color, crystal clear in texture, brilliant in luster, hard and durable, and at the same time scarce, yes.

Natural mineral crystals that can be used to make jewelry and other purposes, such as diamonds, crystals, emeralds, rubies, sapphires and chrysoberyl (alexandrite, cat's eye) epidote, etc.; There are also a few natural monomineral aggregates, such as Ulan Nu and opal. A small number of organic materials, such as amber, pearls, coral, coal and ivory, are also included in the broad sense of gemstones.

Jade is also a beauty of stone. But it also has properties such as bright colors, a hard and delicate texture, and a beautiful luster after polishing.

Gemstones of the mineral are distributed in rocks or gemstone gravel derived from rock lava. Rocks themselves are made up of one or several minerals and can be divided into three main groups, namely igneous rocks, sedimentary rocks, and metamorphic rocks.

1. Igneous rocks:

Igneous rocks are formed by the solidification of molten rock from deep within the earth. Some are called "ejects" igneous rocks, which are lava, volcanic bombs (below), or volcanic ash ejected during volcanic eruptions. "Intrusive" igneous rocks are those rocks that solidify beneath the earth's surface.

Generally speaking, the slower the rock cools and solidifies, the larger the crystals will be, and therefore the larger the gemstone. The crystals of many large gemstones are formed in some type of intrusive igneous rock called pegmatite.

2. Sedimentary rocks:

Sedimentary rocks are rocks formed by the accumulation of weathered rock fragments, which then gradually settle down and harden. Sedimentary rocks are generally stacked in layers, a feature that can be found in ornamental gemstones. Most of Australia's opals are found in sedimentary rocks; Turquoise is mainly produced in sedimentary such as shale; Salt and gypsum are also sedimentary rocks.

3. Metamorphic rocks:

Metamorphic rocks are igneous rocks or sedimentary rocks that are altered by heat and pressure in the Earth's interior to form a rock containing new minerals. When this happens, gemstones can be created in it. Garnet, for example, is formed in mica schist, which was once mudstone and clay.

Limestone that has been subjected to high temperatures and pressures for a long time may contain rubies when forming marble.

The stone that glows is fluorite. Fluorite, also known as fluorite, is a relatively long period of time in nature, can coexist with a variety of other minerals, produced in various regions of the world, the main component is calcium fluoride. The color of fluorite is changeable, very bright, the texture is relatively brittle, and some fluorite can glow in the dark under the condition of friction and heat.

What is a stone that glows

nbsp;Fluorite should not be confused with gemstones, although fluorite is beautiful in appearance, it has a brittle texture and does not have the characteristics of gemstones. In addition, fluorite is colorful and can be used for collection in the case of beautiful crystalline form, and can also be carved into various handicrafts for sale.

The value of fluorite

Fluorite is the only mineral that can refine a large amount of fluorine elements, adding an appropriate amount of fluorite when making steel, can remove the impurities inside, in addition, in the field of optics fluorite is also very much, its synthetic crystals can be made into a variety of different lenses after growing, such as camera lenses.

Summary. Hello dear <>

The thing that shines on the stone is quartz. Quartz stone, commonly known as quartz stone, is a new type of stone synthesized by more than 90% quartz crystals plus resin and other trace elements. It is a large-scale plate pressed by a special machine under certain physical and chemical conditions, and its main material is quartz.

Quartz is a mineral that easily turns into a liquid when exposed to heat or pressure. It is also a fairly common rock-forming mineral, found in all three major types of rocks. Because it crystallizes the latest in igneous rocks, it usually lacks a complete crystal plane and is mostly filled in the middle of other rock-forming minerals that crystallized first.

I wish you a happy life! Hope mine is helpful to you.

What is the shiny thing on the stone.

Hello dear [flowers like dust]: The thing that shines on the stone is quartz. Quartz stone, commonly known as quartz stone, is a new type of stone synthesized by more than 90% quartz crystals plus resin and other trace elements.

It is a large-scale plate pressed by a special machine under certain physical and chemical conditions, and its main material is quartz. Quartz is a mineral that tends to turn into a liquid when exposed to heat or pressure. It is also a fairly common rock-forming mineral, found in all three major types of rocks.

Because it crystallizes the latest in igneous rocks, it usually lacks a complete crystal plane, and most of it is filled in the middle of other pre-crystallized rock-forming minerals. I wish you a happy life! Hope mine is helpful to you.

I picked up a stone with small yellow grains on it.

Dear, the stone is pyrite; The most common crystals of pyrite are hexagonal, octahedral and pentagonal dodecahedron. There are fine streaks on the crystal plane of the hexagonal crystal. Sometimes many crystals are combined together to form a variety of complexes.

Sometimes it is golden yellow, sometimes it is brass, and there is a bright yellow metallic light stove mountain. Gravity in the hidden bridge. Hardness.

The streaks are greenish-black.

Summary. Hello dear, what is the shiny thing on the stone, the stone that will shine, also known as fluorite, is a rare mineral crystal, the main component of the internal is calcium fluoride, the color is bright and translucent, mainly produced in glass, with complete cleavage properties, phosphorescent emitted can last for a long time. The reason why fluorite will emit light is mainly under the irradiation of ultraviolet rays or strong light, the surface will reflect a kind of fluorescence like fireflies, when fluorite is rich in some rare elements, it will produce phosphorescence, and it can last for a long time.

Hello dear, what is the shiny liquid next to the stone, the glowing stone is also known as fluorite, also known as fluorite, is a rare mineral crystal, the main internal component is calcium fluoride, the color is bright and translucent, mainly produced in glass, with complete cleavage properties, phosphorescence emitted can last for a long time. The reason why fluorite will emit light is mainly under the irradiation of ultraviolet rays or strong light of the cavity, the surface will reflect a fluorescence like a firefly, and when fluorite is rich in some rare elements, it will produce phosphorescence, and it can last for a long time. Trouble.

I picked up a stone with golden grains on it, what kind of stone is this?

It is pyrite, which is commonly known as "fool's gold".

Is this kind of stone straight money?

**Around 200 1 gram.

Is there a harvest? Yes, but in reality, you can go to the local antique market in which city you are in.

Didn't other departments collect it?

There is nothing online.