5-Dehydrobicyclo[3.3.1]nonane (3) like2 formed 1, 5-disubstituted bicyclo[3.3.1]nonanes in the course of oxidative addition. The scheme of backside oxidative addition to the propellanic C-C bond is proposed. MNDO-calculations of propellanes(1)–(3) were carried out and the protonation as a model process of electrophilic addition was studied using energy/C-C…H+ distance relationships. It was concluded that the nonelectrophilic
研究了几种螺旋桨与100%HNO 3和硝鎓盐的反应。1,3- DehydrOAdamantane(1)按照广告ë -方案来形成1-nitroxyadamantane(4)与HNO 3,1-
硝酰-
3-硝基
金刚烷(6)与NO 2 NO 3,和
1-氟-3-硝基金刚烷(5)与NO 2 BF 4。在相同条件下的亲电子介质3,6-脱氢
金刚烷(2)中相当稳定,进行氧化加成(Ad Ox)并与HNO形成3,6-二取代高
金刚烷衍
生物:dinitroxy-(7)3或NO 2 NO 3 / CH 2 Cl 2,具有NO 2 BF 4 / CH 3 CN的
二乙酰氨基- (11),具有NO 2 BF 4 / EtOAc的二
氟-(14)。4-甲基-3,6-脱氢
金刚烷(19)的反应按照类似的Ad Ox方案进行,但高
金刚烷核重新排列成
金刚烷,并形成了化合物(20)-(24)。1、5-脱氢双环[3.3.1]
壬烷(3)如2在氧化加成过程中形成1,5-二取代双环[3