2002Acta Scientiarum Naturalium Universitatis NeimongolRequires access

Studies on Adsorption of Sediment from Liujiang River for Cu~(2+)

Yu Tian

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Abstract

Exchange adsorption properties of the sediment from Liujiang River for Cu 2+ were studied. The results are as follows:(1)Exchange adsorption of the sediment from Liujiang River for Cu 2+ at each station is exchange reaction of cation. (2) Exchange adsorption abilities of the sediment for Cu 2+ vary greatly with different stations.(3) The adsorption isotherms of sediment for Cu 2+ conform to Freundlich adsorption equation and Langmuir adsorption equation.

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Exchange adsorption properties of the sediment from Liujiang River for Cu 2+ were studied. The results are as follows:(1)Exchange adsorption of the sediment from Liujiang River for Cu 2+ at each station is exchange reaction of cation. (2) Exchange adsorption abilities of the sediment for Cu 2+ vary greatly with different stations.(3) The adsorption isotherms of sediment for Cu 2+ conform to Freundlich adsorption equation and Langmuir adsorption equation.

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Available abstract

Exchange adsorption properties of the sediment from Liujiang River for Cu 2+ were studied. The results are as follows:(1)Exchange adsorption of the sediment from Liujiang River for Cu 2+ at each station is exchange reaction of cation. (2) Exchange adsorption abilities of the sediment for Cu 2+ vary greatly with different stations.(3) The adsorption isotherms of sediment for Cu 2+ conform to Freundlich adsorption equation and Langmuir adsorption equation.

Key concepts: Adsorption, Sediment, Freundlich equation, Langmuir, Environmental chemistry, Chemistry, Environmental science, Hydrology (agriculture)

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