Abstract
Background: Microwave irradiation in organic synthesis has attracted great interests for scientists to synthesize various biological compounds owing to the advantages of shorter reaction times, higher yields, environmental friendliness and operation simplicity.
Methods: Research and online content related to microwave synthesis were reviewed and the key methodologies are brought forward in this review. Guidelines for meaningful synthesis in organic chemistry by microwave irradiation are illustrated.
Results: Only those methodologies that involve microwave assisted reaction during synthesis in a combined manner have been discussed. Some recent syntheses that are microwave-accelerated with regard to heterocyclic moieties are summarized.
Conclusion: The considerable decrease in reaction time, the smaller overall mass that is heated, the diverse category of compounds that are synthesized, microwave-enabled one-pot synthesis mostly under solvent-free conditions is a more viable technique compared with traditional synthetic methods. In recent years, this technique has attracted great interests for scientists to synthesize various biological compounds owing to the advantages of shorter reaction times, higher yields, environmental friendliness and operation simplicity. The basic principles of green synthesis are taken into account resulting in the design of various new eco-friendly approaches. To address such challenges the application of non-traditional activation methods are utilized, such as microwave irradiation which is a major tool in green synthesis and engineering. Based on the focus of this work, only methods that apply microwave assisted reaction have been discussed in a combined manner.
Keywords: Ecofriendly, heterocyclic moieties, microwave synthesis, organic synthesis, polar molecules, sustainable chemistry.
Graphical Abstract
Call for Papers in Thematic Issues
Microwave Technology: Advancements and Applications in Chemistry, Environment and Food Science
Microwave technology has emerged as a transformative tool in various fields, offering unique opportunities for rapid, efficient, and clean processes. This thematic issue aims to encapsulate the latest research, innovative strategies, and progressive methodologies concerning the application of microwave technology in three main areas: Chemistry: Highlighting the advancements in microwave-assisted ...read more
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