Real time optimization system of process industry is built in this paper, and is applied to low-temperature styrene and butadiene emulsion polymerization.
本论文建立了过程工业的实时优化系统，并将其应用于低温乳聚丁苯橡胶装置。
Produced by emulsion polymerization in a similar way to styrene-butadiene rubber processes, yielding both "hot" and "cold" rubbers.
生产方法是乳液聚合，和苯乙烯-丁二烯橡胶的生产过程相似，得到“热”橡胶和“冷”橡胶。
The polymerization follows the mechanism of butadiene-styrene emulsion polymerization, and the rate of reaction has nothing to do with the reaction time.
聚合基本规律遵守丁苯乳液聚合规律，聚合反应速率与反应时间无关。
The polymerization follows the mechanism of butadiene-styrene emulsion polymerization, and the rate of reaction has nothing to do with the reaction time.
聚合基本规律遵守丁苯乳液聚合规律，聚合反应速率与反应时间无关。
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