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用从土耳其Kutahya Emet地区硬硼钙石矿床采集的纯硬硼钙石和雄黄进行试验 ,以确定浮选药剂在矿物表面上的吸附机理。并研究了矿物的可浮性和浮选分离条件。红外光谱研究结果表明 ,油酸钠化学吸附在硬硼钙石表面上 ,在纯矿物浮选中 ,硬硼钙石的回收率为 98%。试验表明 ,戊基钾黄药是雄黄的最佳捕收剂 ,在纯矿物浮选中 ,雄黄的回收率为88%。人工混合样浮选试验确定了矿物的最佳分离条件。用黄药浮选雄黄 ,将硬硼钙石留在槽内产品中来分离这两种矿物。最后用天然矿石确定了最佳分离条件。浮出雄黄获得的槽内产品硬硼钙石精矿的B2 O3 回收率为 96 99%,含33 93%B2 O3 和 86 0·10 - 6As。
Experiments were performed with pure hardonite and realgar harvested from the hardobalite deposit in the Kutahya Emet area of Turkey to determine the adsorption mechanism of the flotation agent on the mineral surface. The flotation and flotation conditions of the minerals were also studied. Infrared spectroscopy results show that the sodium oleate chemisorbed on the surface of the hard boronite, the pure mineral flotation, the recovery of hard boron calcium stone was 98%. Experiments show that amyl potassium krypton is the best collector of realgar, and in pure mineral flotation, the recovery of realgar is 88%. Artificial mixed-flotation tests determine the best separation conditions for minerals. Xanthomonas flotation realgar, the cemented carbide stone stay in the tank products to separate these two minerals. Finally, the natural ore to determine the best separation conditions. The B2 O3 recovery of the products in the tank obtained from realgar flooding was 96 99% with 33 93% B2 O3 and 86 0 · 10 -6 As.