Crystal Structure and the Function of Crystals


What are crystals? You may have heard the term “crystals” if you have ever taken a glance at an atomic picture, but what exactly are these precious objects? Well, first of all we must acquaint ourselves with the subject of crystals. Crystals are masses of negatively charged atoms that occupy space.

How to Do Crystal Structure and the Function of Crystals

The ordinary process of crystal formation is known as crystal folding. Crystals tend to form when liquid sodium and potassium cool enough to become solids and begin to solidify. Crystal cells are created when the atomic nuclei of adjoining atoms bind together in what are known as “positively-charged” clusters. Most crystals tend to be made of graphite, which has an extra electron in its nucleus than does gold, silver, or other precious metals; therefore the actual coordination polyhedra is much more rare than pure crystals.

Some of the simplest and least expensive crystal formations are disulfides, which consist of sulfur atoms having one extra electron on their atoms. These disulfides are made when an element forms a bond with a sulfur atom, usually sulfur itself. There are several types of disulfide: boron, bromine, chlorine, boron carbonate, and phosphorous. Anions (one type of hydrogen atom) are much less common than anions (two types of hydrogen atoms), which includes phosphorous, selenium, gold, and silver.

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