propene

Microcalorimetric adsorption study of pt-5sn/ γ-al_2o_3 catalysts for propane dehydrogenation to Propene

丙烷脱氢制丙烯Pt-5Sn/γ-Al2O3催化剂的微量吸附量热研究

Study on Reaction Mechanism of Acetone Formation during Propene Hydration-Etherification

丙烯水合醚化反应过程中丙酮生成机理的研究

Thermal desorption spectra of propene and oxygen adsorbed on blue tungsten oxide

蓝色氧化钨吸附丙烯和氧的热脱附谱

Fault Tree Analysis of Fire and Explosion Risk of Propene Tank Farm

丙烯罐区火灾、爆炸风险的故障树分析

Studies on atactic specific polymerization of propene with mononuclear Titanocene Catalysts

单茂钛催化剂的丙烯无规聚合反应及其动力学研究

Alkylation of benzene with propene over H β zeolite modified with citric acid

柠檬酸改性Hβ分子筛上的苯与丙烯烷基化反应

Admixture of a SiO 2 carrier, however, decreases the propene selectivity somewhat.

然而, 二氧化硅载体的掺加稍微降低了丙烯的选择性.

Studies of the phosphate catalyst for propene oligomerization with temperature programmed desorption

程序升温脱附法研究丙烯齐聚磷酸盐催化剂

X-Ray Diffraction of Catalytic Polymerization Product of Propene& ⅰ. Structure Formed in Reaction Step

丙烯催化聚合产物的X射线衍射分析&Ⅰ.反应过程中形成的结构

Investigation of the Thermal Reaction of Propene Forming Methylcyclopentane

丙烯热反应生成甲基环戊烷的理论探讨

Fig . 2. Two reactor design for ammoxidation of propene. Completeseparation of air and propene plus ammonia.

图2, 丙烯氨氧化反应的两个反应器设计. 空气和丙烯氨气混合物的完全分离.

Optimization of composition of pt-sn-k/ al_2o_3 catalyst for dehydrogenation of propane to Propene

Pt－Sn－K／Al2O3丙烷脱氢催化剂组成的优化

The experiment result shows that FCC catalyst has aromatizing and cracking performances on C4 hydrocarbons. Yield of aromatics and propene can be enhanced under suitable reaction conditions.

实验结果表明，催化裂化催化剂对C4烃类具有一定芳构化和裂化性能，在适宜的反应条件下，可增产芳烃和丙烯。

The effect of impurities in the propene on stability of the catalyst had been discussed. It was found that the stability of the catalyst were effected by various factors, especially by the trace amount of impurities like the H2O, CO and alkine.

本文讨论了杂质对催化剂稳定性的影响，发现丙烯原料中的微量H2O、CO、炔烃等是主要的有害杂质，能够使催化剂产生中毒。

A semi-empirical additivity rule is presented. Total cross sections ( TCSs) for electron scattering from C_3H_6 isomers: propene ( C_3H_6) and cyclopropane ( c-C_3H_6) have been calculated in 10~ 300eV employing the semi-empirical additivity rule.

我们提出了一个可加性规则的半经验公式，并且运用该公式对10~300eV时C3H6同分异构体电子散射总截面进行了计算。

Present situation and trends in preparation of propene by catalytic dehydrogenation of propane

丙烷催化脱氢制丙烯催化剂丙烷催化脱氢制丙烯现状及展望

In addition, the influence of operation condition on sulfur content in fine propene was studied and the cause of exceeded total sulfur target in commercial unit fine propene has been analyzed.

考虑操作条件对精丙烯硫含量的影响，并对工业装置精丙烯总硫超标原因进行了分析。