该条件下环氧环己烷平均选择性为96.1%，环氧环己烷的平均收率达91.7%。
The average selectivity and yield of cyclohexene oxide were 96.1% and 91.7%, respectively.
环氧环己烷是一类非常重要的化学反应中间体，在有机合成领域中有着重要的学术价值。
Cyclohexene oxide, one of the most important organic intermediates, has attracted great academic interest in the field of organic synthesis.
将回收的催化剂用于反应，环氧环己烷的平均选择性和平均收率分别为95.3%和90.9%。
With the reused catalyst, the average selectivity and yield of cyclohexene oxide could attain 95.3% and 90.9%, respectively.
首先，本文借助正交实验设计和单因素寻优等有关实验方法对端羟基环氧环己烷均聚醚的合成工艺进行了研究。
Firstly, with the orthogonal design method and single-factor-experiment, the technics of synthesizing Hydroxyl-terminated poly (l, 2-cyclohexene oxide) have been studied in this paper.
其次，本文用正交实验设计和单因素寻优等有关实验方法对端羟基环氧环己烷-四氢呋喃共聚醚的合成工艺进行了研究。
Secondly, with the orthogonal design method and single-factor-experiment, the technics of synthesizing Hydroxyl-terminated copolymer of CHO -thf have been studied in this paper.
并且通过对影响此反应的催化剂种类、醛的种类以及反应物配比等主要因素的考察， 可使环氧化反应产物1 ， 2 - 环氧环己烷的收率最高可达94 ％ 。
Some effects of several factors on the reaction were investigated such as the type of catalyzer and aldehyde, the ratio of reactants. The yield of 1,2-epoxycyclohexane reached 94%.
并且通过对影响此反应的催化剂种类、醛的种类以及反应物配比等主要因素的考察， 可使环氧化反应产物1 ， 2 - 环氧环己烷的收率最高可达94 ％ 。
Some effects of several factors on the reaction were investigated such as the type of catalyzer and aldehyde, the ratio of reactants. The yield of 1,2-epoxycyclohexane reached 94%.
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