Ratio of metal-occupied inorganic and organic binding sites in the solid phase of soil-solution system.
OB Apea, JH Ephraim - Journal of Applied Sciences in …, 2012 - search.ebscohost.com
OB Apea, JH Ephraim
Journal of Applied Sciences in Environmental Sanitation, 2012•search.ebscohost.comAbstract Changes in the heterogeneous binding sites (organic and inorganic) which occur in
soil under varying conditions of pH and ionic strength may be used to discuss the chemistry
of metal partition and speciation in organic rich soil-solution systems. In this study humic
acid containing soil-solution system was studied to determine how the ratio of Cu-occupied
sites (SR) in the solid phase is influenced by the humic acid under varying conditions of pH
and background electrolyte. It was noted that, SR is a constant which is defined by the ionic …
soil under varying conditions of pH and ionic strength may be used to discuss the chemistry
of metal partition and speciation in organic rich soil-solution systems. In this study humic
acid containing soil-solution system was studied to determine how the ratio of Cu-occupied
sites (SR) in the solid phase is influenced by the humic acid under varying conditions of pH
and background electrolyte. It was noted that, SR is a constant which is defined by the ionic …
Abstract Changes in the heterogeneous binding sites (organic and inorganic) which occur in soil under varying conditions of pH and ionic strength may be used to discuss the chemistry of metal partition and speciation in organic rich soil-solution systems. In this study humic acid containing soil-solution system was studied to determine how the ratio of Cu-occupied sites (SR) in the solid phase is influenced by the humic acid under varying conditions of pH and background electrolyte. It was noted that, SR is a constant which is defined by the ionic composition of the soil-solution system. And under varying conditions of background electrolyte and pH the role of humic acid in Cu partition is the provision of alternate binding sites for metal adsorption in the solid phase and routes for the population of Cu in the solid phase.
search.ebscohost.com
以上显示的是最相近的搜索结果。 查看全部搜索结果