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Keywords cyclohexene oxidation;cyclohexanone;Pd（OAc）2;hydroquinone;phthalocyanineiron;reaction mechanism; 环己烯氧化;环己酮;醋酸钯;氢醌;酞菁铁;反应机理;
Keywords cyclohexene oxide;sodium percarbonate;epoxidation;microwave; 环氧环己烷;过碳酸钠;环氧化;微波;
Keywords cyclohexene oxide;kinetics;cyclohexene carbonate;cyclo-additive reaction;carbon dioxide; 环氧环己烷;动力学;碳酸环己烯酯;环加成反应;二氧化碳;
Keywords Cyclohexene;catalytic oxidation;Heteropoly compound; 环己烯;催化氧化;杂多化合物;
Keywords cyclohexene;oxidation;cyclohexanone;palladium compounds; 环己烯;氧化;环己酮;钯配合物;
In the oxidation reaction of cyclohexene, total selection of cyclohexene oxide, cyclohexanol, cyclohexenol and 2-cyclohexene-l-one reaches 98.5%, conversion reaches 33.2%. 在环己烯的氧化反应中;对环氧环己烷、环己醇、环己烯醇和环己烯酮的选择性共达到98.;5%25;转化率达到33
Keywords cyclohexene;heterogeneous catalyzed oxidation;WO3;adipic acid; 环己烯;多相催化氧化;三氧化钨;己二酸;
The terpolymerization of propylene oxide( PO) and cyclohexene oxide( CHO) with carbon dioxide( CO2) was investigated. 报道了三元共聚物聚甲基乙撑－己撑碳酸酯的制备与性能研究。
The production and application of cyclohexene oxide we introduced in this paper. 本文介绍了氧化环己烯的生产方法和应用。
The terpolymerization of propylene oxide (PO) and cyclohexene oxide (CHO) with carbon dioxide (CO2) was investigated. 报道了三元共聚物聚甲基乙撑－环己撑碳酸酯的制备与性能研究。
Y(CCl3 COO)3/ZnR2/Glycerol was used for the terpolymerization of carbon dioxide (CO2), propylene oxide (PO), and cyclohexene oxide (CHO). 摘要在稀土三元催化剂（三氯乙酸稀土配合物／二乙基锌／甘油）催化下实现了二氧化碳、环氧丙烷及环氧环己烷的三元共聚合。
Keywords cyclohexene;oxidation;adipic acid;phosphotungstic acid;hydrogen peroxide; 环己烯;氧化;己二酸;磷钨酸;过氧化氢;
Keywords cyclohexene;cyclohexanone;catalytic oxidation;palladium acetate;phthalocya-nine iron;hydroquinone; 环已烯;环己酮;催化氧化;醋酸钯;酞菁铁;氢醌;
Keywords cyclohexene;catalytic oxidation;tungstic acid;hydrogen peroxide;adipic acid; 环己烯;催化氧化;钨酸;过氧化氢;己二酸;
Keywords cyclohexene;oxidation;adipic acid;hydrogen peroxide;tungstophosphric compounds;quaternary ammonium ions; 环己烯;氧化;己二酸;过氧化氢;磷钨酸盐;季铵阳离子;
Keywords cyclohexene hydrogen peroxide microwave irradiation; 环氧环己烷;过氧化氢;微波辐射;
The kinetics of photoinitiated polymerization of cyclohexene oxide (CHO) was studied by using Differential Scanning Calorimeter (DSC). The photoinitiator is a cyclopentadienyl Cumene iron hexafluorophosphate. 以环戊二烯异丙苯铁六氟磷酸盐为引发剂;用示差扫描量热法研究了氧化环己烯(CHO)阳离子聚合反应动力学.
Their activities in initiating photopolymerization of cyclohexene oxide (CHO) were examined by means of the determination of concentration of the active ceners in CHO polymerization. 测定了氧化环已烯聚合中的活性中心浓度;发现活性中心浓度随聚合时间线性增加;而随聚合温度增加有一极大值.
Keywords benzene;partial hydrogenation;Ru-catalyst;cyclohexene;hydration;cyclohexene oxidation;cyclohexanol; 苯;部分加氢;钌催化剂;环己烯;水合;环己烯氧化;环己醇;
Keywords cyclohexene;benzene;ruthenium catalyst;hydrogenation reaction; 环己烯;苯;钌催化剂;加氢反应;