XIV. A new strategy for the reactivation of tricarbonyliron complexes
摘要:
Protonation of an exo-substituted eta4-triene complex results in a hydrogen shift that removes the effect of a blocking group and so provides a means of regenerating the eta5-cation in situations in which hydride abstraction would be prevented by the exo-substituent.
XIV. A new strategy for the reactivation of tricarbonyliron complexes
摘要:
Protonation of an exo-substituted eta4-triene complex results in a hydrogen shift that removes the effect of a blocking group and so provides a means of regenerating the eta5-cation in situations in which hydride abstraction would be prevented by the exo-substituent.
XIV. A new strategy for the reactivation of tricarbonyliron complexes
作者:Ian J. Alexander、Neil J. Hales、G.Richard Stephenson
DOI:10.1016/0022-328x(93)80334-8
日期:1993.6
Protonation of an exo-substituted eta4-triene complex results in a hydrogen shift that removes the effect of a blocking group and so provides a means of regenerating the eta5-cation in situations in which hydride abstraction would be prevented by the exo-substituent.