Germane vs. digermane formation.

Germane vs. digermane formation.
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日耳曼与二日耳曼的形成。

DOI:
10.1039/c4cc07921c
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发表时间:
2014
影响因子:
4.9
通讯作者:
S. Schulz
S. Schulz
中科院分区:
化学2区
文献类型:
--
作者:
Phillip Steiniger;G. Bendt;D. Bläser;C. Wölper;S. Schulz

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二烷基硫族化合物R2 E2与[Me 2Si(Nt-Bu)2]Ge 1的氧化加成反应生成了双(烷基硫族)锗烷Me 2Si(Nt-Bu)2Ge(ER)2(R = Et,E = S2,Se 3; R = Me,E = Se 4)和双锗烷[Me 2Si(Nt-Bu)2Ge(EEt)]2(E = S5,Se 6). 1与Et 2 Te 2的反应继续进行,形成Me 2Si(Nt-Bu)2Ge(TeEt)27,其缓慢地转化为Te桥接的络合物[Me 2Si(Nt-Bu)2GeTe]28。1-6和8用单晶X射线衍射法进行了表征。
Oxidative addition reactions of dialkylchalcogenanes R2E2 and [Me2Si(Nt-Bu)2]Ge 1 yielded bis(alkylchalcogeno)germanes Me2Si(Nt-Bu)2Ge(ER)2 (R = Et, E = S 2, Se 3; R = Me, E = Se 4) and digermanes [Me2Si(Nt-Bu)2Ge(EEt)]2 (E = S 5, Se 6). The reaction of 1 with Et2Te2 proceeds with formation of Me2Si(Nt-Bu)2Ge(TeEt)27, which slowly converts into the Te-bridged complex [Me2Si(Nt-Bu)2GeTe]28. 1-6 and 8 were characterized by single crystal X-ray diffraction.