而饱和烷烃在离子液体中的溶解能力对烷基化产物和催化剂的分离十分重要。
The solvent capacity of ionic liquid for alkane is important to he separation of the alkylate and the catalyst.
本文选用SE - 30毛细管色谱柱确定了萘与丙烯烷基化产物的定性和定量分析的方法。
This paper choose the SE-30 capillary chromatographic column confirm a method to qualitatively and quantitatively analyze the product derived from alkylation of naphthalene with propylene.
同时本文对烷基化产物进行了分离提纯，得到了纯的2-异丙基-6-甲基萘，并通过GC，GC-MS和NMR分析，确定了结构。
The separation and purification of the alkylation products have been studied. Pure 2-IP-6-MN is obtained and its structure is proved by GC, GC-MS and NMR.
三聚物再进行烷基化可得到最终产物。
本论文在固定床微反装置上，考察扩散效应对异丙苯烷基化反应产物中异构体组成的影响。
This paper studied the alkylation of cumene on fixed bed micro-reactor to discuss the effect of product diffusion.
结果表明，脱水后的离子液体仍然可以催化烷基化反应，液体产物的GC - MS分析结果支持正碳离子机理。
The results showed that the dewatered ionic liquid could still catalyze the alkylation, and the carbonium mechanism was established through the GC-MS analysis of the reaction liquid product.
结果表明，脱水后的离子液体仍然可以催化烷基化反应，液体产物的GC - MS分析结果支持正碳离子机理。
The results showed that the dewatered ionic liquid could still catalyze the alkylation, and the carbonium mechanism was established through the GC-MS analysis of the reaction liquid product.
应用推荐