SYNTHESES BASED ON THE TELOMERIZATION REACTION
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Abstrak:
This article explores the synthesis of chemical compounds through telomerization reactions. Telomerization is a chain process involving the interaction between low-molecular-weight telogens and monomers under catalytic conditions, leading to the formation of products referred to as telomers. The article specifically examines the telomerization of unsaturated compounds with alcohols, aldehydes, and peroxides, highlighting the roles of radical and ionic mechanisms involved in these reactions. The industrial significance of telomerization is discussed, particularly its applications in the synthesis of high-performance solvents, plasticizers, and lubricants, as supported by scientific literature. The results demonstrate the potential of this synthetic approach for enabling innovative applications in the chemical industry.
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