首页> 外文期刊>Journal of the American Chemical Society >Toward Quantum Line-Self-Assembly Process of Nanomolecular Building Blocks Leading to a Novel One-Dimensional Nanomolecular Polymer: Single-Crystal X-ray Structure of {[H_3O]~+_12{(H_2O)MoO_2.5[Mo_36O_108(NO)_4(H_2O)_16]- O_2.5Mo(H_2O)}~12-}_n
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Toward Quantum Line-Self-Assembly Process of Nanomolecular Building Blocks Leading to a Novel One-Dimensional Nanomolecular Polymer: Single-Crystal X-ray Structure of {[H_3O]~+_12{(H_2O)MoO_2.5[Mo_36O_108(NO)_4(H_2O)_16]- O_2.5Mo(H_2O)}~12-}_n

机译:纳米线构建单元的量子线自组装过程导致一种新型的一维纳米分子聚合物:{[H_3O]〜+ _12 {(H_2O)MoO_2.5 [Mo_36O_108(NO)_4]的单晶X射线结构(H_2O)_16]-O_2.5Mo(H_2O)}〜12-} _ n

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摘要

In conclusion, we believe that large clusters or nanospecies generated form small moieties could be further reconstituted as starting materials by self-assembly processes under suitable conditions to prepare new nanostructured compounds, especially to prepare 1D, 2D, and 3D nanomolecular-sepecies-based polymeric materials with novel optical, electronic, meagnetic, and chemical properties.
机译:总之,我们认为,由小部分生成的大簇或纳米物种可以在合适的条件下通过自组装过程进一步重组为原料,以制备新的纳米结构化合物,尤其是制备基于1D,2D和3D纳米分子的聚合物。具有新颖的光学,电子,磁性和化学性质的材料。

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