A combined MAS nuclear magnetic resonance spectroscopy, in situ FT infrared spectroscopy and catalytic study of the conversion of allyl alcohol over zeolite catalysts
- 作者Michael W. Anderson; John Dwyer; Graham J. Hutchings; Darren F. Lee; Marina Makarova; Bodo Zibrowius
- 卷第31卷
- 期第4期
- 印刷ISSN1011-372X
- 电子ISSN1572-879X
- 文件大小775.38KB
- 发表时间1995
- DOI10.1007/bf00808602
- 页码377-393
Acetone conversion to isobutene in high selectivity using zeolite β catalystGraham J. Hutchings; Peter Johnston; Darren F. Lee; Craig D. Williams · 1993
Epoxidation of allyl alcohol to glycidol using titanium silicalite TS-1: effect of the method of preparationGraham J. Hutchings; Darren F. Lee; Alan R. Minihan · 1995
Epoxidation of allyl alcohol to glycidol using titanium silicalite TS-1: effect of the reaction conditions and catalyst acidityGraham J. Hutchings; Darren F. Lee; Alan R. Minihan · 1996
Methanol conversion to hydrocarbons over zeolite H-ZSM-5: Comments on the formation of C4 hydrocarbons at low reaction temperaturesGraham J. Hutchings; Darren F. Lee; Michelle Lynch · 1993
A combined MAS nuclear magnetic resonance spectroscopy, in situ FT infrared spectroscopy and catalytic study of the conversion of allyl alcohol over zeolite catalystsMichael W. Anderson; John Dwyer; Graham J. Hutchings; Darren F. Lee; Marina Makarova; Bodo Zibrowius · 1995