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Can Synthetic All-Metal Cluster Compound Support Multifold (n and a) Aromaticity and d-Orbital Aromaticity?
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作者 Xue-Rui You Hua-Jin Zhai 《Chinese Journal of Chemistry》 SCIE CAS CSCD 2019年第2期126-130,I0002,共6页
Summary of main observation and conclusion There are active debates on whether the concept of aromaticity should be exte nded bey ond carb on based organic systems. One argument against such extension is that the prop... Summary of main observation and conclusion There are active debates on whether the concept of aromaticity should be exte nded bey ond carb on based organic systems. One argument against such extension is that the proposed new aromatic species are not bottleable. We present herein in-depth chemical bonding analyses of a synthetic, core-shell, intermetalloid [Pd3Sn8Bi6]^4-.cluster. The computational data unravel unprecedented five-fold (π and σ) aromaticity, in cludi ng d-orbital aromaticity. Delocalized electr on clouds in this all-metal system cover the Pd3 core, trigonal pyramid Sn4 caps, peripheral Bi6 ring, and roof-like Sn2Bi2 walls, each following the (4n+2) Huckel rule. The present finding is beyond imagination, providing a compelling example that all-metal aromaticity not only exists in bulk compounds, but also can be in multifold π/σ fashion. 展开更多
关键词 SYNTHETIC ALL-METAL CLUSTER SUPPORT Multifold
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