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THE CONC.-TEMP. EQUIVALENT PRINCIPLE AND ITS APPLICATION TO THE SCALE-UP OF LCBR

机译:最高温度等效原理及其在LCBR规模化生产中的应用

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"Sometimes, at the front stage of the reaction, the cooling load is usually too big to be accepted in economy, although its possible to transmit the required heat in technology. In this case, its better to design the reaction so that the whole heat of polymerization could be well-distributed in the whole process "[1]. The above theory tells us what we should do, but does not point out how to do it. In our experiment, the data and the curve have answered the question.
机译:“有时候,在反应的前期,冷却负荷通常太大而无法经济接受,尽管它可以在技术上传递所需的热量。在这种情况下,最好将反应设计成能将全部热量聚合过程可以在整个过程中得到很好的分配” [1]。上面的理论告诉我们我们应该做什么,但没有指出如何去做。在我们的实验中,数据和曲线已经回答了这个问题。

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