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Sonochemistry

Timothy J. Mason

Oxford Chemistry Primers 70

96 pages | numerous line illustrations | 240x186mm

978-0-19-850371-2 | Paperback | 25 November 1999

Price: £12.99

This item is printed to order and supplied on a firm sale basis. Items which are printed to order are normally despatched and charged within 5-10 days.

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Author is internationally recognised expert in the field
Explains what sonochemistry is and its importance
Explains what systems are affected by sonochemistry
Explains what the major applications are of this technique
Explains what types of ultrasonic equipment are available for the laboratory and for scale-up
Explains how best to configure equipment for chemical applications

It has been recognised for many years that power ultrasound has great potential for uses in a wide variety of processes in the chemical and allied industries. Reported applications include cleaning, sterilisation, flotation, drying, degassing, defoaming, soldering, plastic welding, drilling, filtration, homogenisation, emulsification, dissolution, deaggregation of powder, biological cell disruption, extraction, crystallisation and, more recently, as a stimulus for chemical reactions. With the increasing use of power ultrasound in chemistry comes the need for specialist text books covering this emerging discipline. This book is suitable for chemists and chemical engineers at all levels who wish to gain a rapid insight into what is becoming a standard method in the chemical laboratory. It is designed to answer the following questions:

What is sonochemistry?

Why is it important?

What systems are affected by sonochemistry?

What are the major applications of this technique?

What types of ultrasonic equipment are available?

How do the different types of equipment compare?

How is the equipment best configured for chemical applications?

What parameters can be changed to optimise sonochemical results?

What equipment is available for the scale-up of sonochemistry?

Readership: Undergraduate students in chemistry and chemical engineering. Postgraduate chemists and chemical/process engineers. Undergraduate and postgraduate physics students. University and college lecturers in these subject areas. Industrialists interested in adopting or developing the use of power ultrasound in chemical and allied processing.

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