cumene信息详情
n.异丙基苯，[有化]枯烯
cymene───n.[有化]伞花烃；甲基异丙基苯
crumens───克伦斯
cum new───多新啊
cumbent───康本特
Eugene───n.尤金（男子名）
Ismene───伊斯梅娜（人名）
acumen───n.聪明，敏锐
amene───adj.愉快的
butene───n.[有化]丁烯
topic of this paper is the dynamic simulation of cumene oxidation system.───本论文的工作之一是对异丙苯氧化系统进行了动态模拟。
The results showed that selectivity and stability of the catalyst were greatly enhanced and yield of cumene was increased after the modification.───实验结果表明，改性后的催化剂选择性和稳定性提高，异丙基苯的收率增加；
The heterogeneous catalytic action of transition metal oxides of Fourth period in the liquid phase oxidation of cumene has been investigated.───在液相中研究了第四周期过渡金属氧化物在异丙苯氧化中的多相催化作用。
Using conventional distillation, the separated yields of benzene, ethylbenzene and cumene were all over 95%.───后续常规精馏塔分离的馏出物中，异丙苯、乙苯和苯浓度均可达到95%以上。
Cumene clean production technology has a large range of applications and prospects for promotion.───异丙苯清洁生产技术的应用和大范围的晋升机会。
Deactivation and regeneration of QZ-2000 catalyst for alkylation of benzene and propylene to synthesize cumene were studied.───对苯和丙烯烷基化反应合成异丙苯的QZ-2000烷基化失活催化剂进行了失活原因及再生条件的研究。
The selectivity to cumene reaches a maximum value when nitric acid dosage is 10 %.───当硝酸质量分数为10%时，异丙苯选择性最大。
Simulation of synthesis of phenol through the decomposition of cumene hydroperoxide by catalytic distillation───催化精馏分解过氧化氢异丙苯制苯酚模拟计算
Non-equilibrium Stage Model of Catalytic Distillation for Cumene Synthesis Using Low Concentration Propylene and Benzene───低浓度丙烯和苯催化精馏合成异丙苯过程非平衡级模拟