6-(CH3)3)2] with the group 13 metal alkyls trimethylaluminum and trimethylgallium afforded (ArMe6)2Ge(Me)AlMe2 (1), (ArMe6)2Ge(Me)GaMe2 (2), and (ArMe6)2Sn(Me)GaMe2 (3) in good yields via insertion reaction routes. In contrast, the reaction of AlMe3 with Sn(ArMe6)2 afforded the [1.1.1]propellane analogue Sn2Sn(Me)ArMe6}3 (5) in low yield, and the reaction of AlMe3 or GaMe3 with Pb(ArMe6)2 resulted
                                    四
甲苯Ge(Ar Me 6)2,Sn(Ar Me 6)2和Pb(Ar Me 6)2的反应[Ar Me 6 = C 6 H 3 -2,6-,(C 6 H 2 -2 ,13,4,6-(CH 3)3)2 ]
金属烷基
三甲基铝和
三甲基镓制得(Ar Me 6)2 Ge(Me)AlMe 2(1),(Ar Me 6)2 Ge(Me)GaMe 2个(2)和(Ar Me 6)2 Sn(Me)GaMe 2(3)通过插入反应路线以良好的收率。相反,AlMe 3与Sn(Ar Me 6)2的反应以低收率提供了[1.1.1]
丙炔类似物Sn 2 Sn(Me)Ar Me 6 } 3(5),并且AlMe 3的反应或带有Pb(Ar Me 6)2的GaMe 3导致形成二
铅Pb(Me)Ar Me 6 } 2(6)和AlAr Me 6 Me 2(7)或GaAr Me 6 Me 2(8)通过复分解。发现Sn(Ar Me 6)2与三