Advance of the research on the technologies for intensification of nanobubble flotation processXING Yaowen, YANG Haichang, GUI Xiahui, CAO Yijun1-12
Study of grid-structured flotation particle surface wetting behavior characteristicsZHANG Rui, YU Feng, XING Yaowen, GUI Xiahui13-21
Influence of floatation bubble size on detachment mechanism of coarse-grained particles from air bubbles in turbulent vortexSHI Wenqing, DING Shihao, YIN Qinglin, HE Qi, CAO Yijun, GUI Xiahui, XING Yaowen22-29
Study of mechanism of adhesion between bubble and coal particle surface using coal models prepared with different hydrophobicitiesZHU Chunyun, YU Feng, LI Ming, SUN Lijuan, XING Yaowen, GUI Xiahui30-36
Effect of quality of water for pulp conditioning on bubble size dis-tribution in flotation processMENG Qingyong, JIN Liang, LI Junwen, YANG Ming, ZHANG Yong, ZHU Hongzheng37-43
A study of the effect of preconditioning of pulp through high-in-tensity shearing on fine coal flotation kineticsZHANG Feng, YANG Runquan, WANG Huaifa51-55
Experimental study on enhancement of flotation of jig middling through in-depth grinding liberation and use of compound reagentLI Jianqiang, LI Ao, LU Hang, WEI Zhao, XING Yaowen, GUI Xiahui62-67
Experimental study on treatment of middlings produced in gravitational separation of collophanite using flotation process and gravity separation plus flotation combined processDENG Mingrui, TAO Youjun, ZHAO Younan68-75