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Aromaticity of Group 14 Organometallics:Experimental Aspects

机译:第14组有机金属的芳香性:实验方面

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摘要

The long story of aromatic compounds has extended over almost two centuries,since the discovery by Faraday of "bicarburet of hydrogen",or C_6H_6,now called benzene.Since then,the chemistry of aromatic compounds has been developed extensively;this is reflected in the synthesis of novel classes of aromatic derivatives including charged species,nonclassical (Mobius,three-dimensional,homo-,metalla-) aromatics,and fullerenes.The theory of aromaticity has also undergone a spectacular evolution since the first definition of aromaticity by Hiickel;the classification of aromaticity now requires the consideration of versatile criteria:energetic,structural,magnetic,among others.In this Review,we discuss the current state of affairs in the chemistry of aromatic compounds of the heavier Group 14 elements,the latest experimental achievements,as well as future prospects in the field.
机译:自从法拉第发现“氢的双缩碳氢化合物”或C_6H_6(现称为苯)以来,芳香族化合物的悠久历史已经延伸了近两个世纪。从那时起,芳香族化合物的化学方法得到了广泛的发展;这反映在新型的芳香族衍生物的合成,包括带电物质,非经典(莫比乌斯,三维,均相,金属,芳香族)和富勒烯。自Hiickel首次定义芳香性以来,芳香性理论也经历了惊人的发展。芳香性的分类现在需要考虑通用标准:能量,结构,磁性等。在本综述中,我们讨论了第14组较重元素的芳香族化合物化学的研究现状,以及最新的实验成果。以及该领域的未来前景。

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