Fluidised bed reactors are in common use in the chemical industry and for generating electricity. A relatively recent application is the combustion of biomass to produce what is called Green Power. The thing about fluidised bed reactors is that they can be used in a wide range of production processes and they have excellent heat transmission. In the late 1980s chemical engineer Prof. Ir. Cor van den Bleek came to be regarded by his colleagues as a bit unconventional, to put it mildly, for proposing to use the chaos theory to solve problems in fluidised bed reactors. Today Dr. Ir. Ruud van Ommen and Ir. John Nijenhuis have managed to build on the disparaged theory to develop a detection system giving operators of chemical plants and power stations early warning of impending reactor errors, thus avoiding much inconvenience and cost. In medicine too, applications have been found for the 'chaotic' technique. The first product has already hit the market.
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机译：流化床反应器通常在化学工业中用于发电。相对较新的应用是燃烧生物质以产生所谓的绿色能源。关于流化床反应器的问题是它们可以用于广泛的生产过程中，并且具有出色的传热性能。在1980年代后期，化学工程师Ir。温和地说，Cor van den Bleek被他的同事们认为有点不合常规，因为他提议使用混沌理论来解决流化床反应器中的问题。今天，博士Ruud van Ommen和Ir。 John Nijenhuis设法在贬低理论的基础上开发了一种检测系统，该系统可为化工厂和发电厂的运营商提供即将发生的反应堆错误的预警，从而避免了诸多不便和成本。在医学上，也发现了“混沌”技术的应用。第一款产品已经投放市场。
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