研究了环戊烯合成环戊醇的工艺技术。
环戊醇分子和乙醇分子分别被填入由SL1和SL2构筑的隧道中，形成包结化合物。
Molecules of cyclopentyl alcohol and ethyl alcohol are accommodated in the channel constructed by SL1 and SL2, respectively, thus forming the inclusion compounds.
统计检验结果表明，所建立的动力学模型是适当的，可近似描述环戊烯水合制取环戊醇的反应过程。
The intrinsic kinetics model was proved to be adequate from the static inspection, which could approximately describe the reaction path of cyclopen…
对产物进行气相色谱、红外光谱、GC-MS定性定量分析，确认目的产物为环戊醇，经分离目的产物环戊醇含量大于99%。
By gas chromatography, infrared spectrum and GC - MS quantitative and qualitative analysis, cyclopentanol was con firmed as the purposive product and it was more than 99% in content after separation.
通过对环己烷氧化副产物轻质油、X油成分的分析及部分实验，提出回收利用副产物的一些工艺方法，并介绍了氧化环己烯、正戊醇等的工业应。
Analyses light-oil and X oil contents which is Oxidation by-product of cyclohexane, puts forward some process methods utilized by-product.
通过对环己烷氧化副产物轻质油、X油成分的分析及部分实验，提出回收利用副产物的一些工艺方法，并介绍了氧化环己烯、正戊醇等的工业应。
Analyses light-oil and X oil contents which is Oxidation by-product of cyclohexane, puts forward some process methods utilized by-product.
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