hexene

At 340 ℃, 1 hexene was prepared with 97.8% convertion of hexanol and 93.3% selection of 1 hexene.

在340℃、常压下，正己醇的转化率为97.8%，1-己烯的选择性为93.3%。

Experiments show that cracked 1-hexene can copolymerize with ethylene, its copolymerization performance is of the same as imported 1-hexene.

研究结果表明，半炼蜡裂解1-己烯可以与乙烯进行共聚反应，其共聚性能与进口的1-己烯相当。

Experimental determination of critical parameters of binary mixtures of 1 pentene and 1 hexene

1-戊烯-1-己烯二元混合物临界参数的实验测定

Cyclization of hexene over lmo ( co)_5-ticl_4 catalyst system

LMo（CO）5-TiCl4催化体系对己烯的环化作用

Alkylation of Benzene and Hexene in Ionic Liquid

离子液体中苯与己烯的烷基化反应

In this article influences of supports on the structure and catalysis of supported aqueous phase catalysts ( SAPC) for hydroformylation of propene and 1 hexene were studied.

以丙烯、1-己烯氢甲酰化为目标反应，研究了载体表面酸碱性、比表面积及孔径等对负载型水溶性铑膦配合物结构和催化性能的影响。

The separation of three-component system of cyclohexane, cyclo-hexene and benzene by extract rectification with a mixed solvent, comprising hexyl dicyanide and dimethyl acetylamine has been studied.

选用己二腈-二甲基乙酰胺组成的混合溶剂，对环己烷、环己烯和苯组成的三元体系进行了萃取精馏。

Comparison study of polymer chemically bonded rhodium complex and its homogeneous analog in hydroformylation of 1-hexene and ethylene

高分子化学键联铑配合物催化剂及其均相对应物对1&己烯、乙烯氢甲酰化的对比研究

Study on the Homopolymerization of Ethylene and Copolymerization of Ethylene/ 1-Hexene Catalyzed by Metallocene Adduct

均相茂金属加合物催化乙烯均聚及乙烯/1-己烯共聚

It filled the PBH as carrier for CaCO_3 in which the original molar hexene content was 30% in PP, and compared with PP filled by CaCO_3 without carrier.

以己烯初始摩尔含量为30%的PBH作为CaCO3的载体，填充PP，并与未采用载体的CaCO3填充体系进行比较。

-Hexene Hydroformylation on Supported Aqueous-Phase Catalyst of Rhodium Complex STUDY ON THE MODIFIED SUPPORTED AQUEOUS BIPHASIC CATALYST

负载水溶性铑－膦配合物催化1－己烯氢甲酰化反应的研究改性负载型液-液双相催化剂初探

The influence of different ionic liquid, water content in feed, molar ratio of benzene to hexene, and added proton acid on alkylation was inspected using ionic liquid as the catalyst.

以离子液体为催化剂，考察了不同的离子液体、原料中水含量、苯和己烯之比、一定量质子酸对苯和己烯烷基化反应的影响。

When concentration of hexene in system was superfluous, the influence of benzene and toluene on thiophene alkylation was not obvious, but xylene could restrain thiophene alkylation at initial stage of reaction.

在烯烃过量的情况下，苯和甲苯对噻吩烷基化反应的影响很小，而二甲苯的存在则可以在反应刚开始的较短时间内抑制噻吩的烷基化反应；

We improve the condition of reaction with the presence of aether, nitromethane and hexene.

反应比较了几种酸清除剂的效果，并在反应过程中加入乙醚、硝基甲烷等物质来改善反应条件使产率得到很大提高。

Required film is a hexene LLDPE and LDPE product that possesses good puncture and impact resistance.

需要的薄膜是具有好的抗挤压的己烷低密度聚乙烯及低密度聚乙烯产品。

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；

As for the polypropylene copolymers with hexene and octene, the distribution of commoners, was studied by treating the samples through methods of stepwise cooling.

对于丙烯分别与己烯、辛烯有不同的单体含量比例的共聚物，我们首先通过逐步降温的方法研究了其中的序列分布情况。

It is pointed out that we should put emphasis on the disproportionation technology for producing light olefin, especially propylene and hexene from C_4 fraction in view of the domestic conditions.

指出我国解决碳四馏分出路的重要途径就是采用歧化技术生产低碳烯烃，尤其是丙烯、己烯，以进一步提高企业经济效益。

Based on the characteristics of material and process making 1-hexene by tri-polymerization of ethylene, 3 kinds of feasible ethylene feeding processes were put forward including gas-phase feeding, gas solved in solvent feeding and partly solved feeding.

根据乙烯三聚制1-己烯的工艺特点和物料特性，提出了气体直接进入反应器，气体溶解于溶剂中进入反应器，部分溶解、部分直接进入反应器的3种进料工艺方案。

The reaction mechanism for hydrogenation of 1-hexene with the catalyst ( II) was concluded by comparing the FT-IR and XPS spectra of the fresh catalyst and after it was run for 9 times.

通过对催化剂使用前后XPS及红外谱图进行分析，推测出该固相化催化剂催化1-己烯加氢反应的反应机理。

Alkylations of benzene, toluene, xylene, and their influences on thiophene and hexene alkylations were investigated.

以苯、甲苯和二甲苯作为芳烃模型化合物，考察了它们的烷基化反应性能，并将其对噻吩烷基化反应性能的影响进行了比较。

According to the characteristics of 1 hexene products, different 1 hexene product separation processes were designed and studied by using Aspen software.

针对1己烯产品的特性，在工艺流程中，利用流程模拟软件Aspen，对不同的分离工艺进行了探讨和研究。

Detecting the Components of Middle-product in Synthetized 1-Hexene by GC-MS

采用GC-MS技术分析合成己烯-1中间产品组成

Properties of PBH with Different Hexene Contents and PP Modified by PBH with Different Hexene Contents

不同己烯含量对PBH性能及其改性聚丙烯性能影响的研究