1.Here propene is separated from light gases by absorption in methanol and is almost quantitatively recycled with negligible losses.
丙烯在此被甲醇吸收而与轻气体分离，几乎被完全回收，损失可忽略不计？
2.Properly selected reaction temperature can suppress the secondary reactions and enhance the production of propene and ethene.
选择适宜的反应温度条件能够有效地抑制副反应，从而提高丙烯、乙烯的总产率。
3.Higher productivity and selectivity of propene in dehydrogenation of propane wereachieved with MgO crystal catalyst treated by shock wave.
经处理后的结晶氧化镁用作丙烷脱氢制丙烯反应的催化剂，丙烷转化率、丙烯产率及选择性均有一些提高。
4.PROPYLENE. DETERMINATION OF THE PROPENE AND PROPADINE. GAS PHASE CHROMATOGRAPHIC METHOD.
丙烯.丙炔和丙二烯含量的测定.气相色层分离法
5.Thermoplastic polymer made by addition polymerization of propene.
（聚丙烯）热塑性聚合物。由丙烯加成聚合而成。
6.Their catalytic behavior was investigated in the oxidation of propene to acrolein.
通过丙烯转化为丙烯醛的氧化反应来研究他们的催化行为。
7.Characterization of Coke Precursor on the surface of Propene Hydration Etherification Catalyst
丙烯水合醚化催化剂上焦炭前身物的表征
8.The Research of a Sort of Propene PolymerizationCatalyst Made by Composite Carrier
一种复合载体丙烯聚合催化剂的研究
9.Study of Internal Electron Donors in Ziegler-Natta Catalyst for Propene Polymerization
丙烯聚合齐格勒型催化剂内给电子体研究
10.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