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    Stability of phosphorus species in seawater

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    Indian_J_Mar_Sci_14_20.pdf (396.9Kb)
    Date
    1985
    Author
    DileepKumar, M.
    Somasundar, K.
    Rajendran, A.
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    Abstract
    Relative stabilities of various oxidation states, oxyacids and dissolved inorganic complexes of phosphorus in anoxic and oxic marine environments are elucidated. H sub(3) PO sub(2)/P super(0) and H sub(2) PO sub(2)/p super(0) are the strong reducing couples in acidic and basic solutions, respectively, in anoxic conditions. H sub(3) PO sub(4)/H sub(4) P sub(2) O sub(6) and H sub(3) PO sub(2)/P super(0) are the important reducing couples in seawater. HPO and H PO are the stable ones in oxic and anoxic seawaters, respectively. UO (HPO) are the most stable complexes in oxic seawater. Among the PO complexes CaPO is more stable
    URI
    http://drs.nio.org/drs/handle/2264/6370
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