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M
M.H. Moys
University of Witwatersrand
26
H指数
101
论文数
1.8K
被引数
0
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19
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被引数
Binary modelling the milling of UG2 ore using a matrix approach
JOURNAL OF MATERIALS RESEARCH AND TECHNOLOGY-JMR&T
IF
6.6
2017-04-01
1
OA
AI
Kime, Meschac-Bill; Moys, Michael H.
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Numerical and experimental study of the effect of a froth baffle on flotation cell performance
MINERALS ENGINEERING
IF
5
2015-06-01
10
PRE
AI
Bhondayi, C.; Moys, M. H.; Fanucchi, D.; Danha, G.
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Effects of mixtures of grinding media of different shapes on milling kinetics
MINERALS ENGINEERING
IF
5
2014-06-01
29
PRE
AI
Simba, Kalumba P.; Moys, Michael H.
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Effects of slurry filling and mill speed on the net power draw of a tumbling ball mill
浆料填充和磨机速度对滚动球磨机净功率消耗的影响
MINERALS ENGINEERING
IF
5
2014-02-01
22
PRE
AI
Mulenga, Francois K.; Moys, Michael H.
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A model for pulverised fuel production in an air-swept tube mill
MINERALS ENGINEERING
IF
5
2013-04-01
7
PRE
AI
Bwalya, M. M.; Moys, M. H.
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Optimization of in-mill ball loading and slurry solids concentration in grinding of UG-2 ores: A statistical experimental design approach
MINERALS ENGINEERING
IF
5
2012-12-01
9
PRE
AI
Makokha, Augustine B.; Moys, Michael H.; Muumbo, Alex M.; Kiprono, Rose J.
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Multivariate approach to on-line prediction of in-mill slurry density and ball load volume based on direct ball and slurry sensor data
MINERALS ENGINEERING
IF
5
2012-01-01
19
PRE
AI
Makokha, Augustine B.; Moys, Michael H.
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Determination of sampling pipe (riser) diameter for a flotation bubble load measuring device
MINERALS ENGINEERING
IF
5
2011-12-01
10
PRE
AI
Bhondayi, C.; Moys, M. H.
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Modeling the RTD of an industrial overflow ball mill as a function of load volume and slurry concentration
将工业溢流球磨机的RTD建模为负载量和浆料浓度的函数
MINERALS ENGINEERING
IF
5
2011-02-01
23
PRE
AI
Makokha, Augustine B.; Moys, Michael H.; Bwalya, Mulenga M.
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Optimisation of the secondary ball mill using an on-line ball and pulp load sensor - The Sensomag
MINERALS ENGINEERING
IF
5
2011-02-01
22
PRE
AI
Keshav, Pratish; de Haas, Bernard; Clermont, Benoit; Mainza, Aubrey; Moys, Michael
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Froth recovery of industrial flotation cells
工业浮选槽的泡沫回收
MINERALS ENGINEERING
IF
5
2008-11-01
60
PRE
AI
Yianatos, J. B.; Moys, M. H.; Contreras, F.; Villanueva, A.
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Effect of cone-lifters on the discharge capacity of the mill product: Case study of a dry laboratory scale air-swept ball mill
MINERALS ENGINEERING
IF
5
2007-02-01
8
PRE
AI
Makokha, Augustine B.; Moys, Michael H.
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Towards optimising ball-milling capacity: Effect of lifter design
MINERALS ENGINEERING
IF
5
2006-11-01
32
PRE
AI
Makokha, Augustine B.; Moys, Michael H.
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Discrete element method (DEM) modelling of evolving mill liner profiles due to wear. Part I: DEM validation
MINERALS ENGINEERING
IF
5
2005-12-01
51
PRE
AI
Kalala, JT; Bwalya, MM; Moys, MH
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Discrete element method (DEM) modelling of evolving mill liner profiles due to wear. Part II. Industrial case study
离散元方法 (DEM) 对由于磨损而产生的磨机衬板轮廓进行建模。第二部分。工业案例研究
MINERALS ENGINEERING
IF
5
2005-12-01
57
PRE
AI
Kalala, JT; Bwalya, M; Moys, MH
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Further validation of DEM modeling of milling: effects of liner profile and mill speed
MINERALS ENGINEERING
IF
5
2003-10-01
63
PRE
AI
Hlungwani, O; Rikhotso, J; Dong, H; Moys, MH
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Measurement of impact behaviour between balls and walls in grinding mills
MINERALS ENGINEERING
IF
5
2003-06-01
36
PRE
AI
Dong, H; Moys, MH
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A technique to measure velocities of a ball moving in a tumbling mill and its applications
MINERALS ENGINEERING
IF
5
2001-08-01
13
PRE
AI
Dong, H; Moys, MH
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The use of the discrete element method and fracture mechanics to improve grinding rate prediction
利用离散元方法和断裂力学改进磨削速率预测
MINERALS ENGINEERING
IF
5
2001-06-01
23
PRE
AI
Bwalya, MM; Moys, MH; Hinde, AL
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研究方向
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合作学者
合作期刊
J
J. Yianatos
H 指数: 32 · 论文数: 175
A
Aubrey Mainza
H 指数: 24 · 论文数: 115
A
A.L. Villanueva Perales
H 指数: 20 · 论文数: 43
G
Gwiranai Danha
H 指数: 20 · 论文数: 103
F
François K. Mulenga
H 指数: 15 · 论文数: 46
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