无机化学学报
無機化學學報
무궤화학학보
JOURNAL OF INORGANIC CHEMISTRY
2008年
9期
1400-1405
,共6页
4-甲基苯硫乙酸%晶体结构%热稳定性%发光性
4-甲基苯硫乙痠%晶體結構%熱穩定性%髮光性
4-갑기분류을산%정체결구%열은정성%발광성
4-tolythioacetic acid%crystal structure%thermal stability%photoluminescence
合成了2个配合物[ZnL2(Him)2](1)和[(Cu2L2(phen)2(μ2-Cl)2)-(Cu2(μ2-L)2(phen)2Cl2)](2)(L=4-甲基苯硫乙酸,Him=咪唑,phen=1,10-邻菲咯啉),进行了元素分析、红外、热重等表征,并测定了其晶体结构.配合物1晶体属于单斜晶系,空间群为C2/c.配合物2晶体属于三斜晶系,空间群为P-1.配合物1是由N-H…O氢键作用形成的一维带状结构.配合物2的单胞中含有2个分别由氯原子与羧基氧原子桥联的双核独立分子,通过C-H…O,C-H…Cl氢键以及C-H…π作用而构成三维结构.室温固体荧光分析显示配合物1具有较强荧光吸收.
閤成瞭2箇配閤物[ZnL2(Him)2](1)和[(Cu2L2(phen)2(μ2-Cl)2)-(Cu2(μ2-L)2(phen)2Cl2)](2)(L=4-甲基苯硫乙痠,Him=咪唑,phen=1,10-鄰菲咯啉),進行瞭元素分析、紅外、熱重等錶徵,併測定瞭其晶體結構.配閤物1晶體屬于單斜晶繫,空間群為C2/c.配閤物2晶體屬于三斜晶繫,空間群為P-1.配閤物1是由N-H…O氫鍵作用形成的一維帶狀結構.配閤物2的單胞中含有2箇分彆由氯原子與羧基氧原子橋聯的雙覈獨立分子,通過C-H…O,C-H…Cl氫鍵以及C-H…π作用而構成三維結構.室溫固體熒光分析顯示配閤物1具有較彊熒光吸收.
합성료2개배합물[ZnL2(Him)2](1)화[(Cu2L2(phen)2(μ2-Cl)2)-(Cu2(μ2-L)2(phen)2Cl2)](2)(L=4-갑기분류을산,Him=미서,phen=1,10-린비각람),진행료원소분석、홍외、열중등표정,병측정료기정체결구.배합물1정체속우단사정계,공간군위C2/c.배합물2정체속우삼사정계,공간군위P-1.배합물1시유N-H…O경건작용형성적일유대상결구.배합물2적단포중함유2개분별유록원자여최기양원자교련적쌍핵독립분자,통과C-H…O,C-H…Cl경건이급C-H…π작용이구성삼유결구.실온고체형광분석현시배합물1구유교강형광흡수.
Two complexes [ZnL2(Him)2 (1) and [(Cu2L2(phen)2(μ2-Cl)2)· (Cu2(μ2-L)2(phen)2Cl2)] (2) (L=4-tolythioacetate,Him=imidazole, phen= 1,10-phenanthroline) were synthesized and characterized by single crystal X-ray diffraction,elemental analysis, IR spectra and TGA. The crystal of complex 1 belongs to monoclinic, space group C2/c, with a=3.101 2(6) nm, b=0.578 2(1) nm, c=1.463 8(3) nm,β=100.962(2)°, V=2.577 0(8) nm3, Z=4, Mr=563.98, Dc=1.454 g·cm-3, F(000)=1168, μ=1.152 mm-1, the final R=0.033 2 and wR=0.08 6 for 2 154 observed reflections with I>2σ(I). The crystal of complex 2 belongs to triclinic, space group P1, with α=1.01709(1) nm, b=1.04642(1)nm, c=1.9920 2(3) nm, α=88.649(1)°,β=84.023(1)°, γ=66.699(1)°, V=1.936 25(4) nm3, Z=1, Mr=1841.66, Dc=1.579 g·cm-3, F (000)=940,μ=1.394 mm-1, the final R=0.030 7 and wR=O.084 1 for 7 495 observed reflections with I>2σ(I). 1 shows an undulanting-ribbon structure constructed from N-H…O hydrogen bonds. 2 consist of two dinuclear molecules bridged via chlorine and carboxylate oxygen atoms, respectively. Furthermore, C-H… O, C-H… Cl hydrogen bonding and C-H…π interactions drive 2 to be a 3D architecture. Photoluminescence studies revealed that complex 1 exhibits strong fluorescent emission bands in the solid state at room temperature. CCDC:690004, 1; 690005, 2.