作者:W. von E. Doering、B.M. Ferrier、E.T. Fossel、J.H. Hartenstein、M. Jones、G. Klumpp、R.M. Rubin、M. Saunders
DOI:10.1016/s0040-4020(01)97904-9
日期:——
10]-deca-3,5-dien-9-one (A-3); (b) the divinylcyclopropane rearrangement in barbaralone (V) and the theoretical relation of its very rapid rate to Cope rearrangement in acyclic systems; (c) the preparation and fluxional quality of barbaralane (VII); (d) the thermal reorganization of bullvalene (I) to cis-9,10-dihydronaphthalene (IX); (e) the preparation of methyl- and phenyl-bullvalene; and (f) the exchange
从环庚三烯-7-羧酸,通过环庚三烯-7-羰基氯,环庚三烯-7-基重氮甲基酮(B-1),巴巴龙(VI),牛戊酮(V)的七个步骤中,合理合成牛synthesis烯(I) ),9-羟基三环[3.3.2.0 2、8 ] deca-3,6-二烯和9-乙酰氧基三环-[3.3.2.0 2、8 ] deca-3,6-diene(F-4)。讨论主要涉及(a)一种试图从环庚三烯-7-基乙酸(A-1),其代替产生同分异构的三环[5.3.0.0合成bullvalone(V)2,10] -deca-3,5-dien-9-one(A-3); (b)芭芭拉(V)中的二乙烯基环丙烷重排及其非常快的速率与非循环系统中Cope重排的理论关系;(c)巴拉巴拉烷(VII)的制备及其通量质量;(d)将Bullvalene(I)热重组为顺式-9,10-二氢萘(IX);(e)制备甲基和苯基布尔瓦伦烯;(f)氘交换Bullvalone(