成核
结晶
声化学
工艺工程
比例(比率)
计算机科学
超声波
材料科学
生化工程
纳米技术
化学
工程类
化学工程
物理
声学
有机化学
量子力学
作者
Graham Ruecroft,David Hipkiss,Tuan Q. Ly,Neil Maxted,Peter W. Cains
摘要
An overview of the application of power ultrasound to crystallization of organic molecules, and the equipment developed in recent years in which sonocrystallization and sonochemistry may be carried out at industrial scale, is presented. It includes both results from the research and development programs carried out by us and a survey of developments in the field more generally. The most important effect of ultrasound on crystallization is the induction of nucleation and the principal benefits derived from an ability to manipulate this effect. The reported effects of ultrasound on crystal nucleation and growth have been briefly reviewed, and examples are given of physical properties of the products having been manipulated by varying and controlling the insonation regime. New applications, directions, and developments have been identified. Developments in scale-up methods and available equipment have also been reviewed. It is the availability of robust large-scale equipment that has been critical to establishing the viability of this technology for industrial use in recent years.
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