slurry polymerization

modeling of phase equilibrium in ethylene slurry polymerization system

乙烯淤浆聚合物体系的相平衡计算

In this thesis, both steady and dynamic models have been developed for an industrial slurry ethylene polymerization process.

本文以乙烯淤浆聚合工业装置为研究对象，对生产流程建立了稳态和动态模型。

ethylene slurry polymerization technology is the main method to produce pe. it has high demands on the performances of catalyst.

乙烯淤浆聚合工艺是生产聚乙烯的一种主要工艺，该工艺对催化剂的要求较高。

Heat evolution of the system was measured to characterize the polymerization process of acrylamide monomer in ceramic slurry.

采用单体聚合反应的热效应来表征含有陶瓷粉体的单体聚合体系的聚合过程方法，首次采用该方法分析了含有陶瓷粉体聚合体系的聚合热效应与单体聚合转化率的关系。

Cracked 1-hexene is copolymerized with ethylene in 2L stainless autoclave for slurry polymerization and gas phase stirring polymerization. Polymerization is carried as follows: pressure 1. 03 Mpa;

以半炼蜡裂解1-己烯为原料，在2L不锈钢釜中进行了与乙烯共聚的淤浆聚合和气相搅拌聚合试验研究，聚合工艺条件为：压力1.03MPa；

It is prepared with slurry polymerization process and supported CT catalyst.

采用淤浆聚合工艺,利用负载型CT催化剂制得超高相对分子质量聚乙烯.