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Time: 2022-04-01 Author: Hongyuan Chemical Raw Materials Wholesale Manufacturer Views: 50

Information Summary: Hongyuan New Materials Chemical Raw Materials Manufacturer's Today, the editor will introduce to you the electron-deficient compounds of boron. We are a company that produces and sells hexagonal boron nitride, white graphite and other boron nitride compounds...

Boron's electron-deficient compounds< /p>

The editor of Hongyuan New Material Chemical Raw Materials Factory will introduce to you today the electron-deficient compounds of boron. We are a manufacturer that produces and sells hexagonal boron nitride, white graphite and other boron nitride chemical raw materials. , has 51 years of experience in production technology. Hexagonal boron nitride is a boride product that has developed rapidly in recent years. It belongs to the boron nitrogen compound class. So do you know what the electron-deficient compound of boron is? Let’s take a look!

Generally speaking, electron-deficient compounds are composed of electron-deficient atoms. The number of valence electrons is less than the price of the electron-deficient atom in the orbit. It is called an electron-deficient compound. An electron-deficient compound means that the central atom (in high school) does not It is consistent with the normal eight-electron structure of the molecule, such as AlCl3. The outermost shell of Al has 3 electrons. In addition, it forms three *** valence bonds with three chloride ions. The last one is added to form six, which is more stable than the 8 electrons. The configuration is two less, so it is an electron-deficient compound. For example, the three +*** valence bonds outside BF3 and B also fail to achieve the 8-electron configuration.

The most important characteristic of boron is its lack of electrons. The boron group is located in the second period of the periodic table of elements, and the third group of boron is an electron-deficient element. Boron mainly forms valence electron-deficient compounds. Boranes, boron halides, and boric acids are common boron compounds. A pure substance composed of two or more elements. Two or more elements must be pure. Compounds have certain properties and usually have a certain composition.