首页> 外文期刊>Journal of Applied Polymer Science >DYNAMIC BEHAVIOR OF A CONTINUOUS AUTOTHERMAL ISOBUTYLENE POLYMERIZATION REACTOR
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DYNAMIC BEHAVIOR OF A CONTINUOUS AUTOTHERMAL ISOBUTYLENE POLYMERIZATION REACTOR

机译:连续自热异丁烯聚合反应器的动态行为

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Industrial autothermal cationic isobutylene polymerization reactors may present very complex dynamic behavior and difficult operation. A mathemathical model was developed to describe the operation of an autothermal solution industrial reactor, and some possible sources of complex dynamical behavior were analyzed. The results obtained indicate that the most probable source of the complex behavior observed industrially is the existence of adventitious impurities in the feeed stream. The effects caused by the presence of adventitious impurities on process operation and product properties were investigated for both polymerization and oligomerization. In the first case, impurities influence the reactor productivity but do not change the polymer quality. In the oligomerization, both the polymer quality and the reactor productivity are seriously affected by the existence of impurities in the feed stream. (C) 1997 John Wiley & Sons, Inc. [References: 21]
机译:工业自热阳离子异丁烯聚合反应器可能表现出非常复杂的动力学行为和难以操作。建立了描述自热溶液工业反应器运行的数学模型,并分析了一些可能的复杂动力学行为来源。获得的结果表明,工业上观察到的复杂行为的最可能来源是带电流中存在不定杂质。对于聚合和低聚反应,研究了不定杂质的存在对工艺操作和产品性能的影响。在第一种情况下,杂质会影响反应器的生产率,但不会改变聚合物质量。在低聚反应中,进料流中杂质的存在严重影响了聚合物的质量和反应器的生产率。 (C)1997 John Wiley&Sons,Inc. [参考:21]

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