| ZHUANG GUOSHUN,CHEN SONG,AI HONGTAO,LIAO WENZHUO,PAN JIEZAI,XU AIYU.SOLID-LIQUID INTERFACE PROCESS OF HEAVY METALS IN THE CHANGJIANG ESTUARYKINETICS OF ADSORPTION OF Pb, Cu AND Cd ON HFO[J].Acta Oceanologica Sinica,1984,(4):508-516 |
| SOLID-LIQUID INTERFACE PROCESS OF HEAVY METALS IN THE CHANGJIANG ESTUARYKINETICS OF ADSORPTION OF Pb, Cu AND Cd ON HFO |
| SOLID-LIQUID INTERFACE PROCESS OF HEAVY METALS IN THE CHANGJIANG ESTUARYKINETICS OF ADSORPTION OF Pb, Cu AND Cd ON HFO |
| 投稿时间：1982-11-10 修订日期：1983-06-02 |
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| 作者 | 单位 | | 庄国顺 | Third Institute of Oceanography, National Bureau of Oceanography, Xiamen | | 陈松 | Third Institute of Oceanography, National Bureau of Oceanography, Xiamen | | 艾宏韬 | Third Institute of Oceanography, National Bureau of Oceanography, Xiamen | | 廖文卓 | Third Institute of Oceanography, National Bureau of Oceanography, Xiamen | | 潘皆再 | Third Institute of Oceanography, National Bureau of Oceanography, Xiamen | | 许爱玉 | Third Institute of Oceanography, National Bureau of Oceanography, Xiamen |
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| 中文摘要: |
| The adsorption kinetics of Pb, Cu and Cd on hydrous ferrk oxide (HFO) has been approached in tthe simulated environmental conditions of the Changjiang Estuary.The forward adsorption rate constants of different systems under different temperatures have been determined, and the activation energies of the adsorption for Pb and Cu evaluated (Pb=7 kcal/mol, Cu=11 kcal/mol).The results show that Pb and Cu are strongly adsorbed by HFO; the order of their adsorption rate is found to be Pb ≥ Cu ≥ Cd, which follows thte order of their theonody-namic equilibrium constants.It has been demonstrated that the surface exchange-adsorption is the determining step of the solid-liquid interface process.The field investigation results are theoretically explained by the kinetic mechanism. |
| 英文摘要: |
| The adsorption kinetics of Pb, Cu and Cd on hydrous ferrk oxide (HFO) has been approached in tthe simulated environmental conditions of the Changjiang Estuary.The forward adsorption rate constants of different systems under different temperatures have been determined, and the activation energies of the adsorption for Pb and Cu evaluated (Pb=7 kcal/mol, Cu=11 kcal/mol).The results show that Pb and Cu are strongly adsorbed by HFO; the order of their adsorption rate is found to be Pb ≥ Cu ≥ Cd, which follows thte order of their theonody-namic equilibrium constants.It has been demonstrated that the surface exchange-adsorption is the determining step of the solid-liquid interface process.The field investigation results are theoretically explained by the kinetic mechanism. |
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