The title compound Fe3（CO）8（C6H5NC）（μ3-S）2 （Ⅰ） was synthesized bythe reaction of C6H5NCS with Fe3（CO）12 at room temperature. The crystal andmolecular structure of the title compound were determined by sing...The title compound Fe3（CO）8（C6H5NC）（μ3-S）2 （Ⅰ） was synthesized bythe reaction of C6H5NCS with Fe3（CO）12 at room temperature. The crystal andmolecular structure of the title compound were determined by single ctystal diffratttionmethod- Crystal data: monoclinic, space group P21/C, a=12．718（4）A, b=26.164（10）A,c=l3.741（7）A, β=117.18（2） °, V=4067（2）A3, Z=8, Dc=1．825 g/cm3. The structure wassolved by direct method and difference Fourier synthesis, and refined by full-matrix Leastsquares with anisotropic thermal paramaters, using 1990 observed reflections [Ⅰ＞3σ（Ⅰ）].The final residual factor was R＝0．076, Rw＝0．082. The substituted ligand （C6H5NC）in Fe3（CO）8（C6H5NC）（μ3-S）2 is connected to the Fe（3） atom of the distorted tetragonalpyramid Fe3S2 framework.展开更多
New mono- and di- substituted derivatives of Fe3 (CO) 9(μ3 - S) 2 were synthesized by reac- tion of C6H5NCS with Fe3 (CO) 1 2 atroom temperature.Their structure were characterized by means of IR(νCO) ,MS,1 H NMR,1 3...New mono- and di- substituted derivatives of Fe3 (CO) 9(μ3 - S) 2 were synthesized by reac- tion of C6H5NCS with Fe3 (CO) 1 2 atroom temperature.Their structure were characterized by means of IR(νCO) ,MS,1 H NMR,1 3 C NMR,elemental analysis and X- ray four cycle diffrac- tometer.The results showed that the formulas of the cluster compounds are Fe3 (CO) 8 (CNC6H5) (μ3 - S) 2 and Fe3 (CO) 7(CNC6H5) 2 (μ3 - S) 2 respectively.展开更多
文摘The title compound Fe3（CO）8（C6H5NC）（μ3-S）2 （Ⅰ） was synthesized bythe reaction of C6H5NCS with Fe3（CO）12 at room temperature. The crystal andmolecular structure of the title compound were determined by single ctystal diffratttionmethod- Crystal data: monoclinic, space group P21/C, a=12．718（4）A, b=26.164（10）A,c=l3.741（7）A, β=117.18（2） °, V=4067（2）A3, Z=8, Dc=1．825 g/cm3. The structure wassolved by direct method and difference Fourier synthesis, and refined by full-matrix Leastsquares with anisotropic thermal paramaters, using 1990 observed reflections [Ⅰ＞3σ（Ⅰ）].The final residual factor was R＝0．076, Rw＝0．082. The substituted ligand （C6H5NC）in Fe3（CO）8（C6H5NC）（μ3-S）2 is connected to the Fe（3） atom of the distorted tetragonalpyramid Fe3S2 framework.
文摘贾菲(Benard Jaffe)曾把阿累尼乌斯(Svante Arrhenius,1859—1927)与奥斯特瓦尔德(Wilhelm Ostwald,1853—1932)、范特霍夫(Jacobus Henricus van’t Hoff,1852—1911)并称为电离理论的三大战士。三大战士中,阿累尼乌斯的年龄最小,他是斯万特·古斯塔夫·阿累尼乌斯(Svante GustavArrhenius)和卡诺琳娜·克里斯蒂娜·阿累尼乌斯(Carolina Christina Arrhenius)的第二个儿子,1859年2月19日诞生在瑞典乌普萨拉附近的维克村。
文摘New mono- and di- substituted derivatives of Fe3 (CO) 9(μ3 - S) 2 were synthesized by reac- tion of C6H5NCS with Fe3 (CO) 1 2 atroom temperature.Their structure were characterized by means of IR(νCO) ,MS,1 H NMR,1 3 C NMR,elemental analysis and X- ray four cycle diffrac- tometer.The results showed that the formulas of the cluster compounds are Fe3 (CO) 8 (CNC6H5) (μ3 - S) 2 and Fe3 (CO) 7(CNC6H5) 2 (μ3 - S) 2 respectively.
