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Communication on silicon and its group homologues. 131. Communication on saturated compounds of silicon and its group homologues. 56. Dimers of the ethenes Me2EMe,EX-CM(SiMe,),?= C(SiMe3)(2) (E = Si, Ge, Sn): How do they form from Me2EX-CM(SiMe3)(2)? How are they structured?
Authors: Wiberg, N Passler, T Wagner, S Polborn, K
Citation: N. Wiberg et al., Communication on silicon and its group homologues. 131. Communication on saturated compounds of silicon and its group homologues. 56. Dimers of the ethenes Me2EMe,EX-CM(SiMe,),?= C(SiMe3)(2) (E = Si, Ge, Sn): How do they form from Me2EX-CM(SiMe3)(2)? How are they structured?, J ORGMET CH, 598(2), 2000, pp. 292-303
Communication on silicon and its group homologues. 132. Communication on saturated compounds of silicon and its group homologues. 57. Adducts of the ethenes Me2E = C(SiMe3)(2) (E = Si, Ge, Sn) with LiR and RN3 - How quickly do they form?
Authors: Wiberg, N Passler, T Wagner, S
Citation: N. Wiberg et al., Communication on silicon and its group homologues. 132. Communication on saturated compounds of silicon and its group homologues. 57. Adducts of the ethenes Me2E = C(SiMe3)(2) (E = Si, Ge, Sn) with LiR and RN3 - How quickly do they form?, J ORGMET CH, 598(2), 2000, pp. 304-312
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