首页> 外文期刊>Revista de Chimie >Considerations regarding the Complexation of Ligand and Complex Species Concentrations in complexation equilibria.II.Estimation of the echilibrium concentrations for all species involved in solutions of ML complexes having coordination number i ∈ [1
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Considerations regarding the Complexation of Ligand and Complex Species Concentrations in complexation equilibria.II.Estimation of the echilibrium concentrations for all species involved in solutions of ML complexes having coordination number i ∈ [1

机译:关于配体和复合物种浓度络合络合均匀浓度的思考.II.II.掺杂溶液溶液中溶液的所有物种的偏振浓度I∈[1

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摘要

Using the concept of coordinative ampholyte for the complex species,ML_f with cation's coordination number (i)inferior to its maximum value(n)(i ∈ I[1,2 n-1 ]),several expressions for [L],and [ ML_i] concentrations have been derived.These new relations,refering in the dissociation equilibria with free ligand formation,were verified in the case of mixing the aqueous solutions of AgNO3 and NH3(C_(Ag~+)= C_(NH3)= 10~(-2)M),as well as in the case of an aqueous solution containing HgCl3 complex(C_(Ml3)~3= 10~(-2)M).
机译:使用符合复杂物种的协调两种透镜的概念,ML_F具有阳离子的协调数量(i)差,其最大值(n)(i∈i[1,2 n-1]),若干表达式[l],[ ML_I]浓度是衍生的。在混合AgNO3和NH 3的水溶液的情况下,验证了新的关系,在混合AgNO 3和NH 3的水溶液(C_(Ag〜+)= C_(NH3)= 10〜 (-2)M),以及在含HgCl3复合物的水溶液的情况下(C_(ML3)〜3 = 10〜(-2)m)。

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