Paper Publications
- nichao,Xu, Guangqian,Chang, Jing,Liu, Bo.Dense Medium Cyclone Separation of Fine Coal: A Discussion on the Separation Lower Limit,2023,卷: 13期: 9
- 郑嘉伟,王颂,王学霞,Bilal, Muhammad,张智明,杨思杰,Jing, Changkai,Xu, Guangqian,nichao.Recovery of Carbon and Cryolite from Spent Carbon Anode Slag Using a Grinding Flotation Process Based on Mineralogical Characteristics,2023,卷: 10期: 3
- nichao,王颂,Liu, Bo,BU Xiangning,Wang, Yusheng,xieguangyuan,Liu, Qingxia.Effect of oily bubbles on the detachment behavior between bubbles and coarse particles,2023,v 191,
- nichao,Zhou, Shaoqi,BU Xiangning,Bilal, Muhammad,Ul Hassan, Fawad,Chen, Yuran,Xu, Guangqian,xieguangyuan.Characterization and Removal Potential of Fluorine in Lignite from a Mine in Shaanxi Province, China: A Case Study,2022,卷: 12期: 3
- nichao,Zhang, Qingshan,Jin, Mingguo,xieguangyuan,pengyaoli,Hesheng Yu,BU Xiangning.Effect of high-speed shear flocculation on the flotation kinetics of ultrafine microcrystalline graphite,2022,v 396,p345-353
- nichao,Zhou, Shaoqi,Gao, Jixuan,BU Xiangning,Chen, Yuran,Alheshibri, Muidh,xieguangyuan,Li, Biao.Selective comminution and grinding mechanisms of spent carbon anode from aluminum electrolysis using ball and rod mills,2022,卷: 58期: 3
- Zhou, Shaoqi,Wang, Xuexia,卜祥宁,Shao, Huaizhi,Hu, Yue,Alheshibri, Muidh,Li, Biao,nichao,pengyaoli,Xie, Guangyuan.Effects of emulsified kerosene nanodroplets on the entrainment of gangue materials and selectivity index in aphanitic graphite flotation,2020,v 158,
- Xu, Guangqian,卜祥宁,Mao, Yuqiang,nichao,pengyaoli,Xie, Guangyuan.Combined column and cell flotation process for improving clean coal quality: Laboratory-scale and industry-scale studies,2020,v 42,n 21,p2678-2687
- 陈昱冉,nichao,xieguangyuan,刘清侠.Toward efficient interactions of bubbles and coal particles induced by stable cavitation bubbles under 600 kHz ultrasonic standing waves,2020,v 64,
- Zhou, Shaoqi,Wang, Xuexia,卜祥宁,Wang, Mengdie,An, Bairui,Shao, Huaizhi,nichao,pengyaoli,Xie, Guangyuan.A novel flotation technique combining carrier flotation and cavitation bubbles to enhance separation efficiency of ultra-fine particles,2020,v 64,