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An ion-exchange process with thermal regeneration. III. Properties of weakly acidic ion-exchange resins
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McNeill R.,
Macpherson A. S.,
Siudak R.,
Swinton E. A.,
Warner R. E.,
Weiss D. E., Willis D.
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Goto Shigeo,
Sato Norio, Teshima Hideo
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Eppinger K.,
Macpherson A.S.,
Siudak R.,
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