中文摘要 此篇論文主要在探討包含多重氫鍵過渡金屬錯化合物之超分子化學。 四個含2-dipyrimidylamine (dipm) 配位基之二價金屬錯化合物Zn(NO3)2(dipm)(CH3OH), 1;Mn2Cl4(dipm)2(CH3OH)2, 2; Fe2Cl4(dipm)2(CH3OH)2, 3 ; FeCl2(dipm)2(CH3OH)2, 4,可經由金屬起始物Zn(NO3)2.6H2O, MnCl2.H2O, FeCl2及 FeCl2.4H2O與配位基 dipm 於甲醇下反應得到,其結構均已被X-ray鑑定及分析。化合物1及4 為單核而化合物2及3為雙核之錯合物,此四個金屬錯合物皆具有以D (donor) –A (acceptor) –D (donor) –A (acceptor)多重氫鍵形式鍵結之特徵。
Abstract Four transition metal complexes containing the ligand 2-dipyrimidylamine (dipm), Zn(NO3)2(dipm)(CH3OH), 1; Mn2Cl4(dipm)2(CH3OH)2, 2;Fe2Cl4(dipm)2(CH3OH)2, 3 and FeCl2(dipm)2(CH3OH)2, 4, were synthesized and structurally characterized. The metal complexes were prepared by reactions of dipm with Zn(NO3)2.6H2O, MnCl2.H2O, FeCl2 and FeCl2.4H2O, respectively, in CH3OH. Complexes 1 and 4 are mononuclear while 2 and 3 are dinuclear complexes. All the molecules of the four complexes are interlinked through D (donor)–A (acceptor)–D (donor)–A (acceptor) self-complementary multiple hydrogen bonds.