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FLUIDISED BED TECHNOLOGY IN PRACTICAL EXAMPLES

机译：实用实例中的流化床技术

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Fluidized bed technology has been used in the industry for almost 100 years. To fully understand the process hundreds if not thousands of researchers were and are involved in finding the way to predict the behavior of the solids when subjected to the flow of media through them and the conditions of the solids in the fluidized state. The difficulties in predicting the behavior of solids in the fluidized state stem from the complexity and abnormality of the parameters related to the solid particles. Theoretical calculations can in some degree account for some of them. Particle size distribution, their shape, density, moisture content and physical and chemical reaction that may exist in the fluidized bed reactor play an extremely important role and influence the behavior of the fluidized bed. This paper focuses on the practical examples of the fluid bed equipment and the use of different conditions to process various products.
机译：流化床技术已经在该行业中使用了近100年。为了完全理解该过程，数百名（甚至数千名）研究人员参与了寻找预测固体受到流体流过的行为以及处于流化状态的固体条件时的行为的方法。预测固体在流化状态下的行为的困难源于与固体颗粒有关的参数的复杂性和异常性。理论计算可以在某种程度上解释其中的一些问题。流化床反应器中可能存在的粒度分布，其形状，密度，水分含量以及物理和化学反应起着极其重要的作用，并影响着流化床的性能。本文重点介绍流化床设备的实际示例以及使用不同条件处理各种产品的情况。

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