Super acid catalyst SO 2-4/ZrO2 was introduced in pure silicone MCM-41 by macerating method and characterized by XRD, IR and Py-IR. The selectively catalytic gas phase flow reaction of benzene and propene over the cat...Super acid catalyst SO 2-4/ZrO2 was introduced in pure silicone MCM-41 by macerating method and characterized by XRD, IR and Py-IR. The selectively catalytic gas phase flow reaction of benzene and propene over the catalysts was tested. The result show that the SO 2-4/ZrO2-MCM-41（SZM-41） can be used as a catalyst for the title reaction and has a high catalytic activity under some conditions.展开更多
Super acid catalyst SO4^2-/ZrO2 was introduced into pure silicone MCM-41 via the impregnation method and the catalyst samples obtained at different temperatures were characterized by means of XRD, IR, and Py-IR techni...Super acid catalyst SO4^2-/ZrO2 was introduced into pure silicone MCM-41 via the impregnation method and the catalyst samples obtained at different temperatures were characterized by means of XRD, IR, and Py-IR techniques. The selectively catalytic gas-phase flow reactions of benzene with propene over the catalyst samples were carried out in a made-to-measure high-pressure flow reactor equipped with a thermostat and a condenser. Effect of the preparative condition on the catalytic synthesis of isopropyl benzene over the catalyst samples was tested. The results show that SO4^2-/ZrO2-MCM-41 （ SZM-41 ） can be used as a catalyst for the title reaction, in which there are a higher conversion （97%） for the propene and a higher selectivity（93% ） for the isopropyl benzene.展开更多
文摘Super acid catalyst SO 2-4/ZrO2 was introduced in pure silicone MCM-41 by macerating method and characterized by XRD, IR and Py-IR. The selectively catalytic gas phase flow reaction of benzene and propene over the catalysts was tested. The result show that the SO 2-4/ZrO2-MCM-41（SZM-41） can be used as a catalyst for the title reaction and has a high catalytic activity under some conditions.
文摘Super acid catalyst SO4^2-/ZrO2 was introduced into pure silicone MCM-41 via the impregnation method and the catalyst samples obtained at different temperatures were characterized by means of XRD, IR, and Py-IR techniques. The selectively catalytic gas-phase flow reactions of benzene with propene over the catalyst samples were carried out in a made-to-measure high-pressure flow reactor equipped with a thermostat and a condenser. Effect of the preparative condition on the catalytic synthesis of isopropyl benzene over the catalyst samples was tested. The results show that SO4^2-/ZrO2-MCM-41 （ SZM-41 ） can be used as a catalyst for the title reaction, in which there are a higher conversion （97%） for the propene and a higher selectivity（93% ） for the isopropyl benzene.
