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Interfacial differentiation of galena and sphalerite via Fe(III)-mediated polymer anchoring under mild alkaline conditions
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DOI：10.1016/j.colsurfa.2026.140721.png)
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Abstract
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• Fe(III) creates anchoring sites enabling selective starch adsorption • Interfacial differentiation governs galena–sphalerite separation • Polymer bridging induces selective flocculation of sphalerite • Mild alkalinity replaces conventional high-pH depression strategy • Metal ion–polymer synergy offers a general flotation regulation route
Keywords:
Fe(III)
polymer anchoring
galena–sphalerite separation
mild alkalinity
selective flocculation
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