T. R. PARSONS, T. A. KESSLER, LI GUANGUO. AN ECOSYSTEM MODEL ANALYSIS OF THE EFFECT OF MINE TAILINGS ON THE EUPHOTIC ZONE OF A PELAGIC ECOSYSTEM[J]. Acta Oceanologica Sinica, 1986, (3): 425-436.
Citation:
CHEN SONG, LIAO WENZHUO, AI HONGTAO, PAN JIEZAI, XU AIYU, ZHUANG GUOSHUN, XU JIANZHONG. SOLID-LIQUID INTERFACE PROCESS OF HEAVY METAL IN THE CHANGJIANG ESTUARYADSORPTION THERMODYNAMIC MODEL OF Pb, Cu AND Cd BY HYDROUS FERRIC OXIDE[J]. Acta Oceanologica Sinica, 1984, (4): 499-507.
T. R. PARSONS, T. A. KESSLER, LI GUANGUO. AN ECOSYSTEM MODEL ANALYSIS OF THE EFFECT OF MINE TAILINGS ON THE EUPHOTIC ZONE OF A PELAGIC ECOSYSTEM[J]. Acta Oceanologica Sinica, 1986, (3): 425-436.
Citation:
CHEN SONG, LIAO WENZHUO, AI HONGTAO, PAN JIEZAI, XU AIYU, ZHUANG GUOSHUN, XU JIANZHONG. SOLID-LIQUID INTERFACE PROCESS OF HEAVY METAL IN THE CHANGJIANG ESTUARYADSORPTION THERMODYNAMIC MODEL OF Pb, Cu AND Cd BY HYDROUS FERRIC OXIDE[J]. Acta Oceanologica Sinica, 1984, (4): 499-507.
The adsorption of Pb, Cu and Cd on synthetic hydrous ferric oxide (HFO) has been performed under simulated environmental conditions of the Changjiang Estuary.An improved M2+-H+ exchange-adsorption model is proposed to explain the adsorption processes.The adsorption of these elements falls in the order:Pb ≥ Cu > Cd and has a good coincidence with the field results obtaimed from the Estuary.It has been concluded that the adsorption processes of Pb and Cu on HFO are mainly chemical actions, whereas static-electrical action dominates in the case of Cd.
T. R. PARSONS, T. A. KESSLER, LI GUANGUO. AN ECOSYSTEM MODEL ANALYSIS OF THE EFFECT OF MINE TAILINGS ON THE EUPHOTIC ZONE OF A PELAGIC ECOSYSTEM[J]. Acta Oceanologica Sinica, 1986, (3): 425-436.
T. R. PARSONS, T. A. KESSLER, LI GUANGUO. AN ECOSYSTEM MODEL ANALYSIS OF THE EFFECT OF MINE TAILINGS ON THE EUPHOTIC ZONE OF A PELAGIC ECOSYSTEM[J]. Acta Oceanologica Sinica, 1986, (3): 425-436.
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