Overview

"As nanomaterials and their end products occupy the pinnacle position of consumer markets, it becomes vital to analyze their generation processes. One of the green chemistry principles underlines the need for unusual energy sources to generate them. Utilizing the extreme energy from the collapse of cavitation bubbles, generated by either ultrasound or hydrodynamic forces, for the generation of nanomaterials is a merit to consider in this ""Green Chemical Processing Era."" A wide range of nanomaterials have been developed in the past decade using cavitation or coupling cavitation with other techniques such as microwave, photochemistry, and electrochemistry, resulting in nanomaterials with unique morphologies, reduced size, narrow size distribution, and innumerous advantages. While a few currently available books deal with the fundamental aspects of cavitation and sonochemistry, this book is devoted specifically to the technologically important nanomaterials obtained by cavitation."

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9789814411547

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Reviews

This book is about new ways of making nanomaterials using cavitation effects. The new book offers a multi-author perspective on new developments and research directions in this field. Topics covered here are really new and innovative, and hence will really inspire scientists and students. Prof. Mahito Atobe, Yokohama National University, Japan This book summarizes the most recent achievements in the sonochemical synthesis of nanomaterials. Among a variety of approaches, the utilization of acoustic cavitation provides rapid and environmentally friendly route to access nanostructured materials with controlled properties. The combination of power ultrasound with other reagent-free techniques largely discussed in this book will undoubtedly attract readers' attention. Dr. Sergey Nikitenko, CNRS, ICSM, France

This book is about new ways of making nanomaterials using cavitation effects. The new book offers a multi-author perspective on new developments and research directions in this field. Topics covered here are really new and innovative, and hence will really inspire scientists and students. Prof. Mahito Atobe, Yokohama National University, Japan This book summarizes the most recent achievements in the sonochemical synthesis of nanomaterials. Among a variety of approaches, the utilization of acoustic cavitation provides rapid and environmentally friendly route to access nanostructured materials with controlled properties. The combination of power ultrasound with other reagent-free techniques largely discussed in this book will undoubtedly attract readers' attention. Dr. Sergey Nikitenko, CNRS, ICSM, France

Author Information

Sivakumar Manickam is a professor at the Department of Chemical and Environmental Engineering, University of Nottingham, Malaysia Campus. He specializes in process engineering of nanomaterials, especially nanopharmaceuticals, and has worked in the area of ultrasound and hydrodynamic cavitation since 1997. He also heads the Manufacturing and Industrial Processes Research Division and is the coordinator of the Centre for Nanotechnology and Advanced Materials. Prof. Manickam is also the recipient of the JSPS fellowship, Japan; the Fellow of Higher Education Academy, UK; and member of the Institute of Nanotechnology (IoN), UK. His research group focuses on the process development of cavitation-based reactors toward technologically important nanomaterials. Muthupandian Ashokkumar is a professor at the School of Chemistry, University of Melbourne, Australia. He is a physical chemist who specializes in sonochemistry. He has developed a number of novel techniques to characterize acoustic cavitation bubbles and has made major contributions of applied sonochemistry to the food and dairy industry. Prof. Ashokkumar’s recent research involves the ultrasonic synthesis of functional nano- and biomaterials, including protein microspheres that can be used in diagnostic and therapeutic medicine. He is a Fellow of the Royal Australian Chemical Institute and recipient of the Grimwade Prize in Industrial Chemistry.

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