Keyphrases
Surface Paste Disposal
100%
Disposal Methods
66%
Paste Material
66%
Mining Method
48%
Cemented Paste Backfill
46%
Quarry
38%
Open-pit Coal Mine
34%
Turkey
32%
Environmental Impact
31%
Equipment Selection
31%
Mine Tailings
29%
CO2 Emissions
26%
Mining Method Selection
26%
Cut-off Grade
26%
Mechanical Properties
26%
Paste Technology
24%
Paste Tailings
24%
Pb-Zn Tailings
22%
Mining Engineering
21%
Mining Industry
21%
Deep Open pit
20%
Storage Methods
20%
Copper Mine
19%
Crack Intensity
19%
Fuzzy Set Theory
19%
Underground Mining
19%
Energy Consumption
19%
Tailings Storage
18%
Open pit
18%
Zeolite
17%
Surface Mining
17%
Mineral Processing Tailings
17%
Rock Units
17%
Silica Fume
17%
Environmental Impact Assessment (EIA)
17%
Pilot-scale Experiment
17%
Decision Support System
17%
Net Present Value
17%
Fly Ash
17%
Mineral Mining
17%
Blending Optimization
17%
Aggregate Blending
17%
Volumetric Water Content
17%
Concrete Mix
17%
Acid Mine Drainage
16%
Physical Changes
16%
Open-pit Mine
16%
Analytical Hierarchy Process
15%
Crack Formation
14%
Tailings Management
14%
Engineering
Quarries
53%
Coal Mine
37%
Mine Tailing
29%
Attribute Decision
25%
Fuzzy Set Theory
23%
Portland Cement
22%
Mining Engineering
21%
Tailings Dam
20%
Ore Treatment
19%
Shear Strength
19%
Applicability
19%
Greenhouse Gas
19%
Uniaxial Compressive Strength
18%
Scale Test
17%
Analytical Hierarchy Process
17%
Rock Unit
17%
Selection Method
17%
Slope Stability
17%
Net Present Value
17%
Environmental Regulations
17%
Particle Size Analysis
17%
Silica Fume
17%
Compression Strength
16%
Safety Factor
16%
Linear Programming
16%
Oxygen Consumption
16%
Cement Ratio
14%
Quality Control
14%
Open Pit Mining
14%
Linguistic Variable
14%
Aggregate Concrete
13%
Copper Mines
13%
Compressive Strength
13%
Rheological Behavior
13%
Conventional Method
13%
Main Problem
13%
Matric Suction
13%
Tailing Disposal
13%
Production Planning
13%
Strain State
11%
Review Paper
11%
Power Station
11%
Solution Method
11%
Linear Function
11%
Objective Function
11%
Control Parameter
11%
Rock Mass
11%
Great Importance
11%
Crack Formation
11%
Reduced Gradient
11%
