Objective Cyclohexyl acetate was synthesized with high yield.
目的高效率合成乙酸环己酯。
The synthetic process and application of cyclohexyl chloride are introduced.
介绍了氯代环己烷的合成工艺及其应用。
The overcharge protection ability of polymeric additives cyclohexyl benzene (CHB) and biphenyl was studied.
系统的研究了联苯和环己苯对锂离子电池的过充保护作用机理。
Cyclohexyl acetate was synthesized from acetic acid and cyclohexanol catalyzed by aluminum chloride hexahydrate.
以乙酸和环己醇为原料，六水合三氯化铝为催化剂催化合成了乙酸环己酯。
Cyclohexyl acetate was synthesized from acetic acid and cyclohexanol with anhydrous aluminum chloride as catalyst.
以无水三氯化铝作催化剂，对环己醇脱水制备环己烯的反应进行研究。
The reaction conditions of synthesis of cyclohexyl propionate catalyzed by sodium bisulfate monohydrate were studied.
研究了一水硫酸氢钠催化合成丙酸环己酯的反应条件。
With cyclohexyl methyl dimethoxy silane(CHMMS) as external donor, isotacticity of polymer turned to be more adjustable.
结果表明，使用环己基- 甲基-二甲氧基硅烷，聚合物的等规度可调性好；
In the conditions the reaction is smooth and steady, safe and reliable, and both the yield and purity of cyclohexyl nitrate are very high.
在此条件下，反应比较平稳、安全，得到硝酸环己酯的产率和纯度都较高。
The orthogonal design was used in the optimum synthesis of cyclohexyl nitrate with the mixture of nitric acid and acetic anhydride as the nitrating agent of cyclohexanol.
以硝酸-醋酐混合物为环己醇的硝化剂，利用正交试验设计描述了硝酸环己酯的优化合成。
The orthogonal design was used in the optimum synthesis of cyclohexyl nitrate with the mixture of nitric acid and acetic anhydride as the nitrating agent of cyclohexanol.
以硝酸-醋酐混合物为环己醇的硝化剂，利用正交试验设计描述了硝酸环己酯的优化合成。
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