Icosahedral Pt-Centered Pt<sub>13</sub> and Pt<sub>19</sub> Carbonyl Clusters Decorated by [Cd<sub>5</sub>(μ-Br)<sub>5</sub>Br<sub>5−<i>x</i></sub>(solvent)<sub><i>x</i></sub>]<sup><i>x</i>+</sup> Rings Reminiscent of the Decoration of Au−Fe−CO and Au-Thiolate Nanoclusters: A Unifying Approach to T
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数据链接：
https://figshare.com/articles/dataset/Icosahedral_Pt_Centered_Pt_sub_13_sub_and_Pt_sub_19_sub_Carbonyl_Clusters_Decorated_by_Cd_sub_5_sub_Br_sub_5_sub_Br_sub_5_i_x_i_sub_solvent_sub_i_x_i_sub_sup_i_x_i_sup_Rings_Reminiscent_of_the_Decoration_of_Au_Fe_CO_and_Au_Thiolate_Nanoclusters_A_Unifying/2688430数据链接链接失效反馈
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资源简介：
The new [Pt13(CO)12{Cd5(μ-Br)5Br2(dmf)3}2]2− and [Pt19(CO)17{Cd5(μ-Br)5Br3(Me2CO)2}{Cd5(μ-Br)5Br(Me2CO)4}]2− clusters have been obtained in good yields by reaction of [Pt12(CO)24]2− with CdBr2·H2O in dmf at 90 °C and structurally characterized by X-ray diffraction. Their structures consist of a Pt-centered Pt13(CO)12 icosahedron and a Pt19(CO)17 interpenetrated double icosahedron, respectively, decorated by two Cd5(μ-Br)5Br5−x(solvent)x rings. Their surface decoration may be related to that of Au−Fe−CO clusters as well as to the staple motifs stabilizing gold−thiolates nanoclusters. An oversimplified and unifying approach to interpret their electron count is suggested.
创建时间：
2011-03-02
