The mono and di substituted derivatives of the parent cluster {μ3 H(Ph)C=C}FeCo2(CO)9 (1) have been synthesized by facile substitution reactions. The compound {μ3 H(Ph)C=C}FeCo2(CO)7(dppe) (2), {μ3 H(Ph)C=C}FeCo2(C...The mono and di substituted derivatives of the parent cluster {μ3 H(Ph)C=C}FeCo2(CO)9 (1) have been synthesized by facile substitution reactions. The compound {μ3 H(Ph)C=C}FeCo2(CO)7(dppe) (2), {μ3 H(Ph)C=C}FeCo2(CO)8(PPh3) (3) and {μ3 H(Ph)C=C}FeCo2(CO)8(AsPh3) (4) were characterized by elemental analysis, IR, 1H ,31P NMR, MS and X ray crystallography. The new cluster 2 crystallizes in monoclinic space group P21/n, with a=0. 8614(5)nm, b=1.6404(8)nm, c=2.6574(14)nm, β=96.3222(12)°, V=3.732(3)nm3, Z=4, S=0.886, Δρmax=0.335e·nm-3, Δρmin=-0.379e·nm-3. Final R indices : R1=0.0432, wR2=0.0695. CCDC: 164600.展开更多
基金Supported by the Natural Science Foundation of China(21301049,U1304208)the Natural Science Foundation of Henan Province(122300410106)the Students Innovative Pilot Plan of Henan University(2013,2014)
文摘The mono and di substituted derivatives of the parent cluster {μ3 H(Ph)C=C}FeCo2(CO)9 (1) have been synthesized by facile substitution reactions. The compound {μ3 H(Ph)C=C}FeCo2(CO)7(dppe) (2), {μ3 H(Ph)C=C}FeCo2(CO)8(PPh3) (3) and {μ3 H(Ph)C=C}FeCo2(CO)8(AsPh3) (4) were characterized by elemental analysis, IR, 1H ,31P NMR, MS and X ray crystallography. The new cluster 2 crystallizes in monoclinic space group P21/n, with a=0. 8614(5)nm, b=1.6404(8)nm, c=2.6574(14)nm, β=96.3222(12)°, V=3.732(3)nm3, Z=4, S=0.886, Δρmax=0.335e·nm-3, Δρmin=-0.379e·nm-3. Final R indices : R1=0.0432, wR2=0.0695. CCDC: 164600.