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Optimal experimental design applied to the dehydrochlorination of poly(vinyl chloride)

机译:优化实验设计应用于聚氯乙烯的脱氯化氢

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摘要

Various factors are known to influence the hydrochloride release of poly(vinyl chloride) (PVC). The variables chosen for this study were heating, stirring, and illumination. For screening, the influence of these three factors on the dehydrochlorination yield of PVC swelled in sodium 3-methylbutoxide (SMB), and a sequence of experiments was planned according to a 2~(3) full factorial design with two replicates. It was found that main effects, as well as two- and three-factor interaction effects, were statistically significant. Higher responses were obtained when the reaction mixture was heated under reflux in the presence of light. On the other hand, lower dehydrochlorination yields were measured when the samples were stirred.
机译:已知多种因素会影响聚氯乙烯(PVC)的盐酸盐释放。本研究选择的变量是加热,搅拌和照明。为了筛选,这三个因素对在3-甲基丁醇钠(SMB)中溶胀的PVC的脱氯化氢产率的影响,根据2〜(3)全因子设计,计划了一系列实验,重复两次。发现主要影响以及两因素和三因素相互作用的影响在统计学上是显着的。当在光的存在下将反应混合物在回流下加热时,获得更高的响应。另一方面,当搅拌样品时,测得较低的脱氯化氢产率。

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