Search Results - "Hou, Duanxu"

Study on the Flow Field Characteristics and Particle Motion Behavior in the Cylindrical Hydrocyclone.

Authors: Hou, Duanxu Wang, Haihao Hou, Daqing et al.

Source: Separations (2297-8739). May2026, Vol. 13 Issue 5, p155. 15p.

The Effects of Outlet Diameter on Particle Movement and Separation Performance of the Cylindrical Hydrocyclone.

Authors: Hou, Duanxu Wang, Haihao Hou, Daqing et al.

Source: Separations (2297-8739). May2026, Vol. 13 Issue 5, p151. 16p.

Designing vortex finder geometries of cylindrical hydrocyclones to minimize misplaced coarse particles in the overflow.

Authors: Hou, Duanxu Zhu, Hongying Zhao, Qiang et al.

Source: Powder Technology; Jun2026, Vol. 476, pN.PAG-N.PAG, 1p

Designing the Spigot Structure of Hydrocyclones to Reduce Fine Particle Misplacement in Underflow.

Authors: Liu, Peikun Chen, Bo Hou, Duanxu et al.

Source: Water (20734441). Apr2024, Vol. 16 Issue 7, p1070. 16p.

Cementitious binders modified with halloysite nanotubes for enhanced lead immobilization.

Authors: Zhang, Hao Zhao, Yingliang Hou, Duanxu et al.

Source: Powder Technology; Jan2022, Vol. 395, p149-157, 9p

Designing the hydrocyclone with flat bottom structure for weakening bypass effect.

Authors: Hou, Duanxu Cui, Baoyu Zhang, Hao et al.

Source: Powder Technology; Dec2021, Vol. 394, p724-734, 11p

The effects of solid shear stress and wall roughness on the simulation of cylindrical hydrocyclone classification.

Authors: Hou, Duanxu Zhao, Qiang Cui, Baoyu et al.

Source: Powder Technology; Nov2021, Vol. 393, p184-204, 21p

Research on the structure of the cylindrical hydrocyclone spigot to mitigate the misplacement of particles.

Authors: Hou, Duanxu Cui, Baoyu Zhao, Qiang et al.

Source: Powder Technology; Jul2021, Vol. 387, p61-71, 11p

Study on interaction effects between the hydrocyclone feed flow rate and the feed size distribution.

Authors: Cui, Baoyu Zhang, Caie Zhao, Qiang et al.

Source: Powder Technology; Apr2020, Vol. 366, p617-628, 12p

Study on the separation performance of a three-product hydrocyclone with overflow reseparation.

Authors: Chen, Bo Liu, Peikun Gao, Zhongzhi et al.

Source: Powder Technology; Dec2024, Vol. 448, pN.PAG-N.PAG, 1p

Research on the particle circulation flow and classification performance of multi-stage cylindrical hydrocyclones.

Authors: Hou, Duanxu Zhang, Lin Cui, Baoyu et al.

Source: Powder Technology; Nov2023, Vol. 429, pN.PAG-N.PAG, 1p

Effect of separation space on the separation performance of cylindrical hydrocyclones.

Authors: Hou, Duanxu Liu, Peikun Zhao, Qiang et al.

Source: Powder Technology; Sep2023, Vol. 427, pN.PAG-N.PAG, 1p

Effect of cone section combination form on the separation performance of a biconical hydrocyclone.

Authors: Jiang, Lanyue Liu, Peikun Zhang, Yuekan et al.

Source: Powder Technology; Apr2023, Vol. 419, pN.PAG-N.PAG, 1p

Influence of the Impeller Diameter and Off-Bottom Clearance on the Flow Velocity Distribution Characteristics Near the Bottom inside a Flotation Machine.

Authors: Gao, Shuling Meng, Lingguo Wei, Dezhou et al.

Source: Minerals (2075-163X). Jan2021, Vol. 11 Issue 1, p31-31. 1p.