作者:Manuel A. V. Ribeiro da Silva、Luís M. N. B. F. Santos、Ana C. P. Faria、Filipa S. A. Sistelo
DOI:10.1007/s10973-009-0650-y
日期:2010.5
solution-reaction calorimetry, respectively. The standard molar enthalpies of formation of the complexes in the gaseous state, the mean molar metal–ligand dissociation enthalpies, M(II)–amino acid, \( \langle D_\textm}} \rangle \)(M–L), were derived and compared with analogous copper(II)–ligand and nickel(II)–ligand.θθ M(II)–amino acid \( \Updelta_\textf}} H_\textm}}^\texto}} \)(cr)/kJ mol−1 Bis(glycinate)lead(II)
双(甘氨酸盐)铅(II),Pb(gly)2 的结晶的摩尔热容和标准(p 0 = 0.1 MPa)摩尔焓。双(dl-丙氨酸)铅(II),Pb(dl -ala)2 ; 双(dl- valinate)lead(II),Pb(dl- val)2 ; 在T处测定了bis(dl- valinate)镉(II),Cd(dl -val)2和bis(dl- valinate)锌(II),Zn(dl- val)2 通过差示扫描量热法和高精度溶液反应量热法分别得到298.15K。气态复合物形成的标准摩尔焓,平均摩尔金属-配体解离焓,M(II)-氨基酸,\(\ langle D _ \ text m}} \ rangle \)(M– L),并与类似的铜(II)-配体和镍(II)-配体进行比较。 M(II)–氨基酸 \(\ Updelta _ \ text f}} H _ \ text m}} ^ \