Organometallic Compounds

Abstract

Organometallic chemistry is a branch of chemistry that deals with compounds that contain an organic part on one side and a metal on the other. These are distinguished Organometallic compounds are formed by direct contact between carbon and metal, and many of them have been observed to be highly effective. Given the importance of these organometallic compounds in industry, agriculture and medicine, and their increasing importance in recent years in particular, the attention of researchers has been directed primarily towards this branch of chemistry. It has developed rapidly over the past years. Recently, this type of chemistry has been widely exploited in many organic preparations. One of the most important methods used in preparing organometallic compounds is a reaction in which the resulting compounds are continuous or non-organic halides with metals. ongoing. The association of organic compounds with metals will lead to a complete change in these compounds. Because of the reflection of the nature of the carbon attached to the metal, it is a searcher for electrons and a detector that searches for the nucleus, and therefore the reactions that it enters will be different from the reactions that free organic compounds undergo. Examples of continuous organometallic compounds include cyanide salts, carbonates, and carboxylic acids. As for organic lithium and magnesium compounds, they are considered very effective, as they react with oxygen, carbon dioxide, water vapor, and even with very weak acidic compounds such as alcohols. Because they contain active hydrogen, these compounds must be preserved in inert organic solvents. Diethyl and tetrahydrofuran are considered among the best solvents used in preparing and preserving them.