Electrophilic isomerization of substituted perfluorocyclopropanes under the effect of SbF5
摘要:
Perfluoro(alkoxycyclopropanes) are isomerized on heating in the presence of SbF5 into perfluoro(2-alkoxypropylenes), while perfluoro(alkylcyclopropanes) are isomerized into the corresponding internal fluoroolefins under the effect of SbF5.
Electrophilic isomerization of substituted perfluorocyclopropanes under the effect of SbF5
摘要:
Perfluoro(alkoxycyclopropanes) are isomerized on heating in the presence of SbF5 into perfluoro(2-alkoxypropylenes), while perfluoro(alkylcyclopropanes) are isomerized into the corresponding internal fluoroolefins under the effect of SbF5.
Petrov, V. A.; Krespan, C. G.; Smart, B. E., Journal of Fluorine Chemistry, 1996, vol. 77, # 2, p. 138 - 142
作者:Petrov, V. A.、Krespan, C. G.、Smart, B. E.
DOI:——
日期:——
Electrophilic alkenylation of fluoroolefins by perfluoro(2-alkoxypropenes)
作者:S. D. Chepik、G. G. Belen'kii、L. S. German
DOI:10.1007/bf01172281
日期:1991.8
Perfluoro(2-alkoxypropenes) react with tetrafluoroethylene under mild conditions in the presence of SbF5 to give the corresponding perfluoro(2-alkoxy-2-pentenes). 1-Trifluoromethoxyperfluoropropene is converted by the action of SbF5 in SO2ClF solution to the acid fluoride derivative of perfluoroacrylic acid.
CHEPIK, S. D.;PETROV, V. A.;GALAXOV, M. V.;BELENKIJ, G. G.;MYSOV, E. I.;G+, IZV. AN CCCP. CEP. XIM. ,(1990) N, S. 1844-1851
作者:CHEPIK, S. D.、PETROV, V. A.、GALAXOV, M. V.、BELENKIJ, G. G.、MYSOV, E. I.、G+
DOI:——
日期:——
CHEPIK, S. D.;BELENKIJ, G. G.;GERMAN, L. S., IZV. AN CCCP CEP. XIM.,(1991) N, S. 1926-1928
作者:CHEPIK, S. D.、BELENKIJ, G. G.、GERMAN, L. S.
DOI:——
日期:——
Electrophilic isomerization of substituted perfluorocyclopropanes under the effect of SbF5
作者:S. D. Chepik、V. A. Petrov、M. V. Galakhov、G. G. Belen'kii、E. I. Mysov、L. S. German
DOI:10.1007/bf00961500
日期:1990.8
Perfluoro(alkoxycyclopropanes) are isomerized on heating in the presence of SbF5 into perfluoro(2-alkoxypropylenes), while perfluoro(alkylcyclopropanes) are isomerized into the corresponding internal fluoroolefins under the effect of SbF5.