Synthesis and Characterization of Quaternary Complexes Ln ( CH2 ClCO0 ) 2 ( NO3 ) ( phen)

Many trinary lanthanide complexes have been studied. However, few mixed anion complexes with bidentate heterocyclic amines were synthesized. We synthesized mixed anion complexes Ln ( CHi CICO0 )2 (NO3) (phen) which was determined by elemental analyses. The IR spectra analyses indicate that NO3 ,CH2 C1CO0- and phen are coordinated with Ln. The molar conductances of the complexes at 10-3 mol. L-1 were founded to be between 32.4 and 35.8 S. cma@mol- 1 , suggesting the nonelectrolytes in N Dimethylformamide. And we determined the fluorescent spectra Eu(CH2C1COO)2(NO3) ( phen ) and ESR spectra of Gd( CH2 ClC00 )2 ( NOs ) ( phen ) .     

三维大孔道配位聚合物创制

近几年来配位聚合物是配位化学家极为关注的领域,高维配位聚合物在气体储存、离子交换、化学传感和催化以及电子学等方面可作为潜在的功能材料加以应用。三维大孔道配位聚合物作为储气材料,国内未有研究报道。Yaghi和Kitagawa教授报道了一系列以对苯二甲酸(H_2BDC)和4,4'-联吡啶(bipy)及其衍生物的三维孔洞配合物,并研究了这些配合物的储气(氮气,二氧化碳,氩气和甲烷等)特性。三维配合物[Cu(SiF_6(bipy)_2·8H_2O]_n具有0.8nm×0.8nm的孔洞尺寸,具有迄今报道的最大储存甲烷的能力,3.6MPa(36大气压下)能储存6.5mmol/g的甲烷(5A分子筛,3.6MPa(36大气压下)能储存3.7mmol/g的甲烷)。但我们仔细研究了这个配合物,发现其稳定性与文献报道有很大的差异,在室温下固体在空气中很快变为不透明,并     

Synthesis and Characterization of Quaternary Complexes Ln(CH_2ClCOO)_2 (NO_3) (phen)

Many binary lanthanide complexes have been studied. However, few mixed anion complexes with bidentate heterocyclic amines were synthesized. We synthesized mixed anion complexes Ln ( CH2 ClCOO )2 (NO3 ) ( phen) which was determined by elemental analyses . The IR spectra analyses indicate that NO3- , CH2 ClCOO- and phen are coordinated with Ln . The molar conductances of the complexes at 10-3 mol · L-1 were founded to be between 32.4 and 35.8 S·cm2· mol-1 , suggesting the nonelectrolytes in N-Dimethylformamide. And we determined the fluorescent spectra Eu(CH2ClCOO)2(NO3) ( phen ) and ESR spectra of Gd ( CH2 ClCOO )2 ( NO3) ( phen) .