作者:D.E.M. Evans、J.A. Godsell、R. Stephens、J.C. Tatlow、E.H. Wiseman
DOI:10.1016/0040-4020(58)88039-4
日期:1958.5
An extension of the methods employed in the isolation of (trans) 1H/2H-decafluorocyclohexane,1 (I) from the polyfluorocyclohexane mixture obtained by the vapour phase fluorination of benzene with cobaltic fluoride at about 150°, has afforded the four remaining members of the series of decafluorocyclohexanes [the cis- and trans-1H:3H- and 1H:4H-isomers (1H:3H/-(IV), 1H/3H-(III), 1H:4H/-(VII), and 1H/4H-(VIII)
在(的分离采用的方法的延伸反式)1 H / 2H十氟环己烷,1从多氟(I)环在大约150通过与钴氟化物苯的气相氟化得到的己烷混合物°,已经得到其余四个系列的十氟的成员环己烷[的顺-和反式-1H:3H-和1H:4H-异构体(1H:3H / - (IV),1H / 3H-(III),1H:4H / - (VII),和1H / 4H-(VIII),分别地)]和也是顺-1H:2H十氟环己烷(II)中,先前得到的1,2-由氢化铝锂还原的1:2-dichlorodecafluoro环己烷。通过脱氟化氢研究已经确定了1H:3H-和1H:4H-十氟化物的结构。六十氟环己烷已涉及到两个新的九氟环己烷3(IX和X)通过后者进一步氟化。从3H-九氟环己-1-烯(V)获得了2H-七氟己二酸,这是1H:3H-十氟化物的脱氟化氢产物之一。