Reductive Approach to the Synthesis of the Molecular Lanthanide Polypnictide Complexes

S. Konchenko
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Abstract

In spite of the vigorous development during the last few decades, the coordination chemistry of lanthanides (Ln) is 95% still the chemistry of complexes with O- and N-donor ligands. The compounds with the Ln—E bond (E is a heavy element of the group 15th or 16th) up to now are considered as unconventional or exotic. Recently the fruitful “reductive approach” to this kind of compounds has been developed. The approach involves the performing of reactions between the strong reductants (Ln(II) complexes) and inorganic or organometallic compounds of the main group heavy elements. This paper is focused on the synthesis and structural diversity of the new family of the lanthanide compounds – polypnictide homo- and heterometallic complexes.
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还原法合成分子镧系多尼肽配合物
尽管近几十年来发展迅速,但镧系元素(Ln)的配位化学95%仍然是O-和n -给体配合物的化学。到目前为止,含有Ln-E键(E是第15或16基团的重元素)的化合物被认为是非常规的或外来的。近年来,对这类化合物的“还原法”研究取得了丰硕的成果。该方法涉及在强还原剂(Ln(II)配合物)和无机或有机金属的主族重元素化合物之间进行反应。本文主要研究了镧系化合物新家族的合成及其结构多样性——多聚尼基同源和异质金属配合物。
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