1) Unsaturated germylenoid H_2=GeLiCl
不饱和类锗烯H_2C=GeLiCl
2) Germylenoid H2C=GeLiCl
类锗烯H2C=GeLiCl
3) unsaturated germylene
不饱和锗烯
1.
This paper respectively takes the abstraction reactions from oxirane and thiirane by silylidene and germylidene as model reactions to investigate the reaction mechanisms of these abstraction reactions, which aims at revealing the reaction mechanisms of the abstraction reactions from oxirane and thiirane by unsaturated silylene and unsaturated germylene compounds.
本文主要以亚烷基硅烯和亚烷基锗烯与环氧乙烷及环硫乙烷的抽提氧和硫的反应为理论研究模型,系统地研究了它们之间所发生的反应机理,旨在探讨不饱和硅烯及不饱和锗烯与环氧乙烷和环硫乙烷反应的机制。
4) unsaturated germylenoid H2CGeNaBr
不饱和类锗烯H2CGeNaBr
1.
The unsaturated germylenoid H2CGeNaBr was studied by using the DFT/B3LYP method in conjunction with the 6-311G(d,p) basis set.
应用密度泛函理论DFT方法,在B3LYP/6-311G(d,p)水平上研究了不饱和类锗烯H2CGeNaBr的结构及异构化反应。
5) unsaturated germylenoid H2CGeLiBr
不饱和类锗烯H2CGeLiBr
1.
The unsaturated germylenoid H2CGeLiBr is studied by using the DFT B3LYP and QCISD methods.
采用DFT B3LYP和QCISD方法研究了不饱和类锗烯H2CGeLiBr的结构及异构化反应。
补充资料:醋酸锗
分子式:Ge(CH3COO)4
CAS号:
性质:白色针状结晶体。熔点156℃。难溶于水,可溶于苯和丙酮,不溶于四氯化碳和乙醚。易水解,生成二氧化锗。由四氯化锗和醋酸铊溶液作用制取。
CAS号:
性质:白色针状结晶体。熔点156℃。难溶于水,可溶于苯和丙酮,不溶于四氯化碳和乙醚。易水解,生成二氧化锗。由四氯化锗和醋酸铊溶液作用制取。
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