Chemistry with UltrasoundMason, Timothy J. Mason, Society of Chemical Industry Examines the use of power ultrasound to influence chemical reactivity - sonochemistry. Ch. 1 contains an introduction to the esssentials of sonochemistry, Ch. 2 is a detailed literature review of inorganic and organometallic sonochemistry, Ch. 3 reviews ultrasonically assisted organic synthesis and Ch. 4 gathers together degradation, polymerization, physical measurements and processing. The final chapter looks at the range of commercial equipment for sonochemistry. |
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Contents
Sonochemical aspects of inorganic and organometallic | 45 |
Ultrasonically assisted organic synthesis | 99 |
Polymers | 155 |
Copyright | |
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acoustic activation addition alkyl application assumed atomization bond carbon tetrachloride catalyst cause cavitation bubbles cell Chem chemical chemistry cleaning bath collapse Commun compounds containing crystal curve decrease degradation dependent dispersion effect efficiency energy equipment example extent flow formation formed frequency give halides hydrogen important improved increase initial intensity involving irradiation leads less liquid lithium lower Luche mass material mechanical medium metal method normally observed obtained occur operating particle particularly Phys plastic polymer polymerization possible preparation presence pressure probe produced radical range reaction reaction mixture reactivity reactor reagents reduction reported result shown solid solution solvent sonic probes sonication sonochemical sonochemistry sonolysis sound studies suggested surface synthesis Table temperature Tetrahedron Lett thermal tion transducers ultrasonic ultrasonic field ultrasound usually vessel volume wave yield