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Flotation of talc .

Flotation performance of disulfide of thiosalicylic acid in flotation of sulfide mineral

Flotation process for concentrating a sulfide ore. Low-grade sulfide ores, including CU2S, are often concentrated by flotation. The finely divided sulfide particles are trapped in soap bubbles the rocky waste sinks to the bottom and is discarded.

Flotation process for KC1 production.

Flotation process for KCl production.

Flotation rate constant of several coals as a function of their phenolic-OH and carboxylic surface groups.

Flotation recovery after 2 min as a function of conditioning potential at which the bed was held for 10 min 0.05 mol dm sodium tetraborate

Flotation recovery of additional minerals using oleate as a function of pH

Flotation recovery of arsenopyrite and pyrrhotite as a fimction of i value of polyhydroxyl xanthates

Flotation recovery of arsenopyrite and pyrrhotite as a function of HLB value of poly hydroxyl xanthates

Flotation recovery of arsenopyrite and pyrrhotite as a function of HLBi value of polycarboxylic xanthates

Flotation recovery of arsenopyrite and pyrrhotite as a function of i2 value of polycarboxylic xanthates

Flotation recovery of arsenopyrite as a fimction of polycarboxylic xanthate concentration with butyl xanthate as a collector

Flotation recovery of arsenopyrite as a function of pH in the presence and absence of glycerin-xanthate

Flotation recovery of arsenopyrite as a function of polyhydroxyl xanthate concentration with butyl xanthate as a collector

Flotation recovery of arsenopyrite as a function of pulp potential

Flotation recovery of arsenopyrite as a function of pulp potential in the presence of 10 mol L Cu with lO mol L butyl xanthate as a collector

Flotation recovery of arsenopyrite as a function of pulp potential in the presence of 120 mg L GX2 and 10 mol L CUSO4

Flotation recovery of arsenopyrite as a function of pulp potential in the presence of TX4 and CUSO4

Flotation recovery of chalcocite with ethyl xanthate as a function of potential

Flotation recovery of chalcopyrite and galena as a function of concentration of hydrogen peroxide

Flotation recovery of chalcopyrite and galena as a function of pulp potential modified by hydrogen peroxide

Flotation recovery of chalcopyrite as a function of pulp potential

Flotation recovery of galena and pyrite as a function of butyl xanthate concentration by using lime and sodium hydroxide at pH 12

Flotation recovery of galena, sphalerite and pyrite as a function of butyl xanthate concentration with different pH modifiers at pH 12



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