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Solvent-free synthesis
Citation:
Baig, N. AND R. Varma. Solvent-free synthesis. Chapter 2, An Introduction to Green Chemistry Methods. Future Science Ltd, London, Uk, , 18-38, (2013).
Impact/Purpose:
For publication as a chapter in the E-book entitled, "Introduction to Green Chemistry Methods" to be published by Future Science, Unitec House, 2 Albert Place, London N31QB, United Kingdom.
Description:
This chapter gives a brief introduction about solvent-free reactions whose importance can be gauged by the increasing number of publications every year during the last decade. The mechanistic aspects of the reactions under solvent-free conditions have been highlighted. Our observation reveals that the use of alternate energy input, such as microwave, ultrasound, and mechanical grinding are better suited for the solvent-free reaction over conventional heating. However, the solvent-free asymmetric reactions provide better enantiomeric excess if they were performed at ambient condition or below room temperature.