34S [1] |

3D model [1] |

3D-quarry [1] |

ABAQUS [1] |

abrasion [1] |

academic integrity [1] |

accessing scheme [1] |

accidents [1] |

accuracy [1] |

acid sulfate soils [1] |

acoustic emission [1] |

acoustic parameter [1] |

acoustical waves [1] |

activation [2] |

active jet [1] |

active stream [1] |

activity [1] |

adaptive control [1] |

adaptive neuro fuzzy inference system [1] |

additional powered support [1] |

additives [1] |

adhesion [2] |

adhesive gold dressing [1] |

adsorption, carbon materials, filtration, waste treatment [1] |

Aetoraches mine area [1] |

AGC systems [1] |

age [1] |

aggregate [3] |

aggregate processing [1] |

AHP method [1] |

air [1] |

air gate, rock pressure, support, strains, computer simulation [1] |

air supply [1] |

algorithm [1] |

alkyl hydroxamic acid [1] |

alteration [1] |

amber [2] |

amber fraction [1] |

analysis [2] |

analytical model [1] |

anchor [1] |

anchor fixation [1] |

anchoring [1] |

anchors [1] |

ancient mines [1] |

andesite [1] |

angle of the surface slope [1] |

angles [1] |

angles of displacement [1] |

anion [1] |

anisotropy [1] |

ANSYS software package [1] |

ant colony optimization [1] |

anthracite [1] |

anthracite seams [1] |

apatite [2] |

approach adit [1] |

approximation [1] |

aqueous gas storage [1] |

archeological metallurgy [1] |

artificial neural networks [1] |

ARWD [1] |

ash content [2] |

ash dumps [1] |

asphalt, resin and paraffin deposits [1] |

asphalt-resin-paraffin deposits [1] |

asset management [1] |

atmosphere air [1] |

auger [1] |

auger electromechanical converter [1] |

Australia [1] |

automated control of energy flows [1] |

automobile transport [1] |

autonomous [1] |

axial plasmatron [1] |

axis of rotation [1] |

backfill [2] |

backfill material [1] |

ball mill [1] |

barite [3] |

barium ferrite [1] |

basalt [2] |

basin-central gas type [1] |

beam-type structures [1] |

bearing capability [1] |

bee colony optimization [1] |

behind-the-casing flows [1] |

bench [1] |

benchmarking analysis [1] |

beneficiation [2] |

best available techniques [1] |

bimetal [1] |

biodiesel [1] |

biodiversity [1] |

biogas [1] |

biological age [1] |

biological testing [1] |

bioplateau [1] |

bit [1] |

bituminous sands [1] |

Black Sea megatrench [1] |

blade [1] |

blast shot designs [1] |

blast-hole [1] |

blasthole [1] |

blasting [6] |

blasting borehole [1] |

blasting evaluation [1] |

blasting event [1] |

blasting operation [2] |

blasting operations [1] |

blending operation [1] |

block [2] |

block model of the deposit [1] |

blocks [1] |

bore hole [2] |

bore hole, vugg, clay-mud agglomerates, device for processing, slope angle, clay, mud fluid [1] |

borehole [5] |

borehole mining [1] |

borehole reaming [1] |

borehole recovery [1] |

bottom gas removal [1] |

bottom hole motor [1] |

bottomhole [1] |

boulders [1] |

boundary [1] |

boundary zone [1] |

breakage face [1] |

breath [1] |

brittle fracture [1] |

brittle rocks [1] |

bucket hoisting [1] |

bucket wheel excavator [1] |

budget receipts [1] |

buffer zone [1] |

bulging [1] |

bulk manufacturing waste [1] |

bund wall [1] |

buoying up velocity [1] |

buried pipelines [1] |

burner [1] |

Bushveld rocks [1] |

C/B/S mixed mode [1] |

cable bolt, laminated rocks, mine working, rock disintegration zone, in-situ investigations [1] |

calculation [2] |

calculation algorithm [1] |

camera [1] |

capital efficiency [1] |

capture [1] |

carbon dioxide injection [1] |

carbon emissions [1] |

carbon footprint [1] |

carbonated rocks [1] |

carbonatites [1] |

casing pipe [1] |

casing strings [1] |

casting [1] |

cation [1] |

caving [1] |

caving phase [1] |

cavitation [2] |

cement stone [1] |

cemented hydraulic backfill [1] |

central composite design [1] |

centrifugal forces [2] |

ceramics [1] |

cermet [1] |

chamber [1] |

chamber configuration [1] |

chambers of primary and secondary mining stage [1] |

Changsha Subway Line 1 [1] |

characteristic [1] |

charge structure [1] |

charging cavity [1] |

charging machines [1] |

chemical and technological parameters [1] |

chocks [1] |

chromite ore [1] |

classification [2] |

classification of deposits [1] |

classification of landslide risk levels [1] |

clay [1] |

clay-mud agglomerates [2] |

closed-down mine [1] |

cloud technologies [1] |

cluster [2] |

coal [6] |

coal auger mining [1] |

coal bearing massif, stress-strain state condition, extraction mine working, resin-grouted and rope anchors [1] |

coal bed [1] |

coal concentrate [2] |

coal deposits [1] |

coal dust [2] |

coal enterprise [1] |

coal extraction [1] |

coal industry [1] |

coal mass [1] |

coal mine [4] |

coal mining [1] |

coal seam [3] |

coal seams [3] |

coal self-heating [1] |

coal-mining industry [1] |

coal-rock mass [1] |

coal-shale joint [1] |

coalbed methane [1] |

cobalt [1] |

coefficient of stress concentration [1] |

coefficient of the rock mass structural attenuation [1] |

coiled tubing equipment [1] |

collapse [1] |

collapse zone [1] |

collapsed rocks [1] |

combustion [1] |

combustion face [1] |

combustion heat [1] |

commercial exploitation [1] |

competitive status [1] |

competitiveness [2] |

complex ore [1] |

complex recycling [1] |

Composite slope [1] |

composite slope [1] |

composite slope stability [1] |

composition of hydrothermal solutions [1] |

compression and fracturing [1] |

compressional velocity [1] |

computational experiment [1] |

computational studies [1] |

concentrated product [1] |

concentration [4] |

concentric zones [1] |

concept [1] |

concrete corrosion [1] |

conditional index of bioindicators damageability [1] |

conformity level [1] |

consistency [1] |

construction [1] |

construction materials [1] |

contact interaction [1] |

continuity [1] |

contractual terms [1] |

control system [1] |

conventional metal [1] |

convergence [1] |

conveyor [3] |

conveyor belt [2] |

conveyor hoister [1] |

coolant [1] |

copper ore [1] |

core bits [1] |

core drilling [1] |

correlation of calculation methods [1] |

correlation-regression dependence [1] |

corrosion testing [1] |

corrosive environment [1] |

cosmogenic ring structures [1] |

Coulomb’s law [1] |

coupling effect [1] |

crack [1] |

crack growth rate [1] |

crack initiating [1] |

crack-like defect [1] |

cracks content [1] |

creep strains [1] |

criteria and sub-criteria [1] |

criteria weights [1] |

criterion [2] |

critical raw materials [1] |

critical strength reduction factor (CSRF) [2] |

crown ether [1] |

crown pillar [1] |

crushing [1] |

crushing and sorting plant [1] |

cultural heritage [1] |

cutting force [1] |

cutting process modeling [1] |

cutting resistance [1] |

cyclic loading [1] |

cyclical and continuous technology [1] |

cyclical-and-continuous method [1] |

damages [1] |

damaging factors [1] |

data approximation [1] |

Data Mining [1] |

decision-making [1] |

decolmating [1] |

deep hole drilling [1] |

deep learning [1] |

deep structure [1] |

deep-water [1] |

Defecate [1] |

defect formation [1] |

deformation [5] |

deformation growth [1] |

deformation mechanism [1] |

deformation modulus [1] |

deformation of pores [1] |

deformation of rocks [1] |

deformation of the coal-rock mass [1] |

deformation process [2] |

deformation-strength characteristics [1] |

deformations [2] |

deforming regime [1] |

degassing [1] |

delaminated rock strata [1] |

denitration [1] |

density [1] |

deposit [4] |

deposit mining [1] |

deposits [1] |

depth of dumping [1] |

design of experiments [1] |

desktop software [1] |

desorption [1] |

destruction [3] |

detonation velocity [1] |

developing countries [1] |

development [1] |

development mine workings [1] |

development of offshore fields [1] |

device for cleaning [1] |

device for processing [1] |

dewaxing device [1] |

Dhiban [1] |

diagram [2] |

diamond [1] |

diamond drilling [1] |

diesel vehicles [1] |

diffuser [1] |

digital [1] |

digital image processing [1] |

digital imaging [1] |

digital model [1] |

direct shear test [1] |

disc cutter [1] |

discrete fracture network model [1] |

disintegrator [1] |

displacement [6] |

displacement effect [1] |

displacement of rocks [1] |

displacement trough [1] |

displacements [1] |

dissociation [3] |

dissociation zone [1] |

distant interaction [1] |

distributed control structure [1] |

distribution law [1] |

distribution of taxes [1] |

disturbance [1] |

disturbed rocks [1] |

Djebel Onk phosphate complex [1] |

dolomite [2] |

domestic and foreign methods [1] |

Donbas [1] |

double faces [1] |

double-unit stopes [1] |

downhole screw motor [1] |

drainage adit [1] |

drainage system [1] |

dredge [1] |

dredge pump [1] |

Drenas zone [1] |

drift [2] |

drill pipe [1] |

drill string [2] |

drilling [6] |

drilling equipment [1] |

drilling fluid [1] |

drilling mud [1] |

drilling string [1] |

drilling-and-blasting operations [1] |

drilling-blasting [1] |

drive systems [1] |

drum mill [1] |

drum screen [1] |

dry water [1] |

drying [1] |

dump [3] |

dumping angle [1] |

dumping station [1] |

durability [1] |

duration [1] |

dust [2] |

dust content [1] |

dynamic characteristics [1] |

dynamic load [1] |

dynamic phenomena [1] |

dynamic trench [1] |

dynamics [2] |

earth surface [1] |

earthquakes [1] |

earth’s surface [1] |

eccentricity [1] |

ecological safety [1] |

ecological state of the atmosphere [1] |

ecologically hazardous substances [1] |

economic criteria [1] |

economic efficiency [1] |

economic evaluation [1] |

economic security [1] |

economic stability [1] |

ecosystem [1] |

eddy currents distribution [1] |

edge water [1] |

effective dose [1] |

efficiency [5] |

El-Sharara Oil Field [1] |

elastic behaviour [1] |

elastic characteristics [1] |

elastic deformation [1] |

elastic deformations of supports [1] |

elastic volumetric strain [1] |

elastic waves [1] |

electric current [1] |

electric grids [1] |

electric power consumption [1] |

electric-power consumption [1] |

electrical conductivity [1] |

electrical separation [1] |

electricity consumption [1] |

electromechanical transducer [1] |

electronic total station [1] |

electrothermal fluidized bed [1] |

elements distribution [1] |

elevated road grades [1] |

elevated temperature [1] |

embankment [1] |

emergency [1] |

emission source [1] |

EMP analysis [1] |

empirical method [1] |

emulsion explosives [3] |

enclosing rock mass [1] |

endogenous fire [2] |

energy [1] |

energy consumption [3] |

energy efficiency [2] |

energy feedstock [1] |

energy of the stuck drill string [1] |

energy resource [1] |

energy resource, energy efficiency, socio-economic factors, mining of mineral deposits, technology [1] |

energy security [1] |

engineering seismic [1] |

enterprise [1] |

environment [2] |

environmental impacts [1] |

environmental pollution [1] |

environmental protection [1] |

environmental risk [1] |

environmental safety [1] |

environmentally safe technology [1] |

EPS blocks [1] |

equilibrium conditions [2] |

equipment [1] |

equipment and methods of control [1] |

equivalent material [1] |

equivalent materials [1] |

equivalent strength [1] |

equivalent stress [1] |

Euler’s method [1] |

Euphrates [1] |

evaluation [1] |

evolution [1] |

excavation stability [1] |

excavator [2] |

exhaust gases [2] |

experience [1] |

experimental setup [1] |

expert system [1] |

exploitation [1] |

explosion [3] |

explosion heat [1] |

explosion pressure [1] |

explosion results [1] |

explosive [4] |

explosive environment [1] |

explosive force [1] |

explosives [1] |

exponential distribution law [1] |

exposures [1] |

extraction [2] |

extraction area [1] |

extractive industries transparency [1] |

face advance [1] |

face entry [1] |

factor [1] |

factor of safety (FS) [1] |

factors of the process intensification [1] |

FAHP method [1] |

failure [4] |

failure criteria [1] |

failure formation hazard [1] |

fastening of roof bolts [1] |

fatality [1] |

fault tree analysis [2] |

fault zone [2] |

FDANP method [1] |

ferronickel [1] |

ferrophosphorus [1] |

fertile soil layer [1] |

field experiments [1] |

filler material [1] |

filling mass [1] |

filter [2] |

filtration [1] |

filtration parameters [1] |

finite element method [3] |

finite elements method [1] |

finite-element method [3] |

finite-element method (FEM) [1] |

firefighter [1] |

flame backflash [1] |

flame front [1] |

flame-out [1] |

flange union [1] |

flat bottom [1] |

flexible pipe [1] |

floating up [1] |

floating velocity [1] |

flooding [2] |

flotation [2] |

flow pattern [1] |

flow rate [1] |

flow velocity [1] |

flowrate [1] |

fluctuations [1] |

fluid inclusions [1] |

flushing [1] |

fly ash of thermal power plants [1] |

FMADM method [1] |

foam surface-active substances [1] |

foaming surfactants [1] |

force field [1] |

forecast of geomechanical state [1] |

forecasting [1] |

foreign direct investment [1] |

formation [1] |

formation of truck fleet [1] |

FPU platform [1] |

fracture criteria [1] |

fracture gradients [1] |

fracture pressure [1] |

fractured reservoir [1] |

fragmentation [3] |

fragmentation zone [1] |

frame support [1] |

friction [2] |

friction angle [1] |

froth flotation [1] |

frozen volatiles [1] |

fuel [1] |

fuel and energy complex [1] |

fuel and energy resources [1] |

fuel element array [1] |

fuzzy logic [1] |

gadding [1] |

galena [1] |

gallery [1] |

gas [2] |

gas condensate field [1] |

gas condensate reservoir [1] |

gas explosion [1] |

gas explosions [1] |

gas flow [1] |

gas gathering shield [1] |

gas generation [1] |

gas hydrate [1] |

gas hydrate blocks [1] |

gas hydrate deposit [1] |

gas hydrate layer [1] |

gas hydrate stratum [1] |

gas hydrates [4] |

gas hydrates deposits [1] |

gas injection [1] |

gas of shale strata [1] |

gas permeability [1] |

gas transportation [1] |

gasifier [1] |

gasifier plant [1] |

gassing [1] |

gathering auto transport [1] |

GDP per capita [1] |

gemstone mining [1] |

gene expression programming [1] |

genesis [1] |

geo-modules [1] |

geoacoustic control [1] |

geochemical studies [1] |

geochemistry [2] |

geodynamic phenomena [1] |

geoenergy [1] |

geofiltration modelling [1] |

geofiltrational parameters, rock massif, simulation, water inflow prediction, mine [1] |

geofiltrational simulation [1] |

geoinformation system [1] |

geoinformation technologies [1] |

geological conditions [1] |

geological drilling [1] |

geological field conditions [1] |

geomechanical factors [1] |

geomechanical parameters [2] |

geomechanical problems [1] |

geomechanical processes [1] |

geomechanical stability [1] |

geomechanics factors [1] |

geometrical parameters [1] |

geometrization slope index [1] |

geophysical methods [1] |

georadar [1] |

georadiolocation [1] |

geostatistics [1] |

geotechnical properties, roller compaction, deformation, computer simulation [1] |

geotechnological complex [1] |

geothermic gradient [1] |

gield measurements [1] |

GIS [1] |

global warming [1] |

goaf [1] |

goaf stowing [2] |

gold and mercury deposits [1] |

gradation [1] |

grade [1] |

gradient [1] |

granite outcrop [1] |

granulometric composition [3] |

granulometric size composition [1] |

graphite blocks [1] |

graphitization [1] |

gravel characterization [1] |

gravel chemical properties [1] |

gravel quarry [1] |

gravimetry [1] |

greenhouse gases [1] |

Griffith theory [1] |

grinding [2] |

grinding energy [1] |

grinding process [1] |

ground blasting [1] |

ground level concentration [1] |

ground level concentration of ecologically hazardous substances [1] |

groundwater [1] |

groundwater regime prediction [1] |

grout slurry [1] |

guaranteed quality [1] |

hafnium [1] |

half-mask [1] |

hard alloy [1] |

hard brittle rocks [1] |

hardener [1] |

harmful gases [1] |

harmful industrial factors [1] |

harmonic [1] |

haulage gate [1] |

hazard index [1] |

hazards identification [1] |

head and rate specification (HRS) [1] |

heat and mass balance [1] |

heat exchange coefficient [1] |

heat transfer [2] |

heat transfer coefficient [1] |

heat treatment [1] |

heat-and-mass-exchange [1] |

heat-exchange processes in wells [1] |

heavy metal adsorption [1] |

heavy metals [2] |

height of passage [1] |

heterogeneous medium [1] |

heuristic multivariate model [1] |

high concentration [1] |

high strength low alloyed steel [1] |

higher water plants [1] |

highly-qualified personnel [1] |

hoisting shaft [1] |

homogenous mixture [1] |

horizontal displacement [1] |

human factor [1] |

humidity [1] |

hydrate formation inhibitors [1] |

hydraulic borehole mining [2] |

hydraulic calculation [1] |

hydraulic fluid [2] |

hydraulic fracturing [1] |

hydraulic fracturing of the reservoir [1] |

hydraulic giant [1] |

hydraulic hoisting [1] |

hydraulic mixture [1] |

hydraulic seam fracture [1] |

hydraulic system of the drill bit [1] |

hydraulic transport [2] |

hydro-mixture [1] |

hydrocarbon field [1] |

hydrocarbon systems [1] |

hydrocyclone [1] |

hydrodynamic processes [1] |

hydrodynamic regime [1] |

hydromechanical mining [2] |

hydromixture [1] |

hygienic requirements [1] |

ice-soil blocking [1] |

identification [1] |

ignition [1] |

images [1] |

impact [1] |

impeller [1] |

implanted volatiles [1] |

improved ore drawing [1] |

improvement of drilling operation [1] |

in-pit dumping [1] |

in-situ leaching [1] |

in-situ measurements [1] |

index of national mineral and raw material security [1] |

indicator [2] |

indicators [1] |

inductance [1] |

industrial discharge water [1] |

industrial methods of research, stress-strain state, stoping and development workings, depth of workings contour destruction, zonal destruction of the massif [1] |

industrial products [1] |

industry reserve [1] |

inertia [1] |

inflow rate [1] |

influence function [1] |

influence pattern [1] |

influencing factors [1] |

information and physical structure of the rock massif [1] |

information system [1] |

injection pressure [1] |

injuries risk [1] |

injury causes [1] |

injury probability [1] |

innovation parks [1] |

innovations [1] |

inside dumps [1] |

instantaneous outburst [1] |

insulating casing [1] |

integrated complexity assessment [1] |

intensification [1] |

intensifier [1] |

intensity [1] |

inter-well space [1] |

interaction [1] |

intermittent flushing [1] |

internal friction angle [2] |

interpretation [1] |

Inverse Distance Weighting (IDW) [1] |

investments [1] |

iron [1] |

iron content [1] |

iron ore [1] |

iron-ore deposits [1] |

iron-ore industry [1] |

irreversible deformations [1] |

isochronous thermal annealing [1] |

isotopic composition [1] |

isotropic and anisotropic rocks [1] |

isotropic material [1] |

jarosite [1] |

jet grouting [1] |

joint mining [1] |

jointing [1] |

Joule-Thompson effect [1] |

journal [1] |

journal, concept, Mining of Mineral Deposits, National Mining University, Underground Mining Department [1] |

kaolin [1] |

karst [1] |

karstic bauxite [1] |

Kartamysh [1] |

kinetics [1] |

Kovdor deposit [1] |

laboratory and pilot studies [1] |

laboratory measurements [1] |

laboratory testing [1] |

labour conditions safety [1] |

labradorite [1] |

lagrange multiplier [1] |

land administration [1] |

land quality [1] |

landfill [1] |

landslide [1] |

landslide risk [1] |

laser scanner [1] |

lateral expansion [1] |

lateral pressure [1] |

lateritic bauxite [1] |

lava breccia [1] |

leach solution [1] |

leaching [2] |

leaching solution [1] |

lead azide [1] |

legal responsibility [1] |

lens [1] |

level [1] |

life cycle assessment [1] |

lifelong learning [1] |

lifelong learning competences [1] |

lignite open pits [1] |

limestone [4] |

limestone deposit [1] |

Lindo software [1] |

lineament analysis [1] |

linear programming [2] |

liquefaction [1] |

load [1] |

load distribution [1] |

load factor [1] |

load weight [1] |

loading [1] |

loading cycle [1] |

local wetness [1] |

local workings [1] |

location-allocation [1] |

longwall [1] |

loosening coefficient [1] |

loss time [1] |

lunar regolith [1] |

lunar soil [1] |

machine learning [1] |

macrocrack nucleation period [1] |

macrocracks [1] |

magnet [1] |

magnetic field [1] |

magnetic induction [1] |

magnetic separation [1] |

magnetic susceptibility [1] |

magnetic treatment [3] |

Mahd Ad Dahab Mine [1] |

main crack [1] |

maintenance of mine workings [1] |

man-made slopes [1] |

man-made waste formations and deposits [1] |

management [1] |

management processes [1] |

manganese [1] |

manganese open pits [1] |

marble [3] |

marble production [1] |

Marec river [1] |

marital status [1] |

mass and material properties [1] |

mass unloading zone [1] |

masses with complex structure [1] |

massif [1] |

massif zonal structuring [1] |

mathematic simulation of rock deformation and fracture [1] |

mathematical model [5] |

mathematical modeling [7] |

mathematical modelling [1] |

matrix [1] |

maximum mining depth [1] |

maximum total volumetric strain [1] |

mean fragmentation size [1] |

measurement system [1] |

measurements [1] |

measures for dust suppression [1] |

mechanical properties [1] |

mechanical tool [1] |

mechanism of aggregate-forming objects contact [1] |

mechanism of N2-ECBM [1] |

mechanization [1] |

mechanoactivation [1] |

mechanochemistry [1] |

metal [1] |

metal concentration [1] |

metal support [1] |

metal-containing wastes [1] |

metamorphism [1] |

methane [4] |

methane hydrates [1] |

method [1] |

methods of development [1] |

micro-cement [1] |

microclimate [1] |

microcracks [1] |

microdeformation [1] |

microscopic test [1] |

Microsoft Excel solver [1] |

mill [1] |

mine [7] |

mine control [1] |

mine flooding [1] |

mine fund [1] |

mine hoisting machine shoe brake [1] |

mine of Artana [1] |

mine pressure [1] |

mine rocks [2] |

mine safety [1] |

mine water [1] |

mine water rebound [1] |

mine working [5] |

mine working borders [1] |

mined lands [1] |

miner [1] |

mineral and raw material complex [1] |

mineral and raw material security [1] |

mineral content [1] |

mineral deposits [3] |

mineral deposits prediction [1] |

mineral losses [1] |

mineral resources [2] |

mineral tailings [1] |

mineral varieties [1] |

mineralization [1] |

mineralized water [1] |

mineralogical characterization [1] |

mineralogical composition [1] |

mineralogical properties [1] |

mineralogy [1] |

minerals extraction [1] |

miners’ protection [1] |

miner’s biomechanical parameters [1] |

mines for hydraulic units [1] |

mines inspectorate [1] |

mining [3] |

mining activity [1] |

mining allotment [1] |

mining and processing enterprise [1] |

mining and technical factors [1] |

mining company [1] |

mining engineering [1] |

mining enterprises [1] |

mining industry [1] |

mining industry wastes [1] |

Mining method [1] |

mining method [1] |

mining minerals [1] |

mining mode [1] |

Mining of Mineral Deposits [1] |

mining operations [1] |

mining rent [1] |

mining students [1] |

mining support monitoring [1] |

mining technology [1] |

mining transformer [1] |

mining volume [1] |

mining waste dump [1] |

mining-and-geological conditions [1] |

missing miners [1] |

Mkuju River [1] |

mobile crushing unit [1] |

mobile transfer conveyor [1] |

mode [1] |

model [5] |

modeling [4] |

modelling [3] |

modelling on equivalent materials [1] |

modified gravel pack [1] |

molybdenite [1] |

monetary valuation of lands [1] |

monitoring of state [1] |

Monte Carlo simulation [1] |

Moon [1] |

MS event [1] |

muckpile angle [1] |

mud [1] |

multifactor analysis [1] |

multilayer structure [1] |

multiple regression model [1] |

multistage problems [1] |

multisupport units [1] |

multivariate statistics [1] |

nano-gold [1] |

nanoparticles [1] |

native copper [1] |

natural gas [3] |

natural slopes [1] |

neighbourhood rock mass – frozen soil – hoisting shaft frame system [1] |

neural network [2] |

neutralization of gases [1] |

Newtonian and non-Newtonian liquid [1] |

nickel [1] |

nickel source [1] |

nitrogen [1] |

noise event [1] |

non-destructive testing [1] |

non-metallic quarries [1] |

non-stationarity [1] |

noncantilevered support [1] |

nonlinear deformation [1] |

nonsmooth optimization [1] |

nozzle [1] |

nuclear-and-fuel cycle [1] |

number of loading cycles [1] |

numerical analysis [2] |

numerical modeling [1] |

numerical modelling [2] |

numerical modelling verification [1] |

numerical simulation [2] |

occupational health and safety [1] |

octahedral concept [1] |

oil [4] |

oil aggregation of coal [1] |

oil and gas wells [1] |

oil production [1] |

oil recovery ratio [1] |

oil shale [1] |

oil well drilling [1] |

ontogeny [1] |

open cut mining [1] |

open gear [1] |

open pit [2] |

open pit excavation sequence [1] |

open pit exploitation [1] |

open pit mine [3] |

open pit slope stability [1] |

open-pit mining [1] |

open-pits [1] |

openwork [1] |

operating cycle [1] |

operating parameters [2] |

operational efficiency [1] |

optimal flow distribution [1] |

optimal power [1] |

optimization [5] |

ore [5] |

ore body [2] |

ore deposit [1] |

ore grade [1] |

ore quality [1] |

ore substance [1] |

ore-dressing plant [1] |

organization of cargo flows [1] |

oscillations [1] |

Ostrava-Karviná coal basin [1] |

outburst-prone seam [1] |

outcrops [1] |

overall energy consumption [1] |

overburden [2] |

overworking [3] |

oxygen [1] |

oxygen consumption [1] |

pack [1] |

packed ores [1] |

packers with injection tubes [1] |

paleo organic productivity [1] |

Pannonian Basin System [1] |

Pannonian basin system [1] |

parameter [1] |

parameters of drainage dewatering [1] |

parameters of drilling and blasting operations [1] |

parametric fields [1] |

parametric temperature full-scale [1] |

partial backfilling [1] |

particle size distribution [1] |

particle swarm optimization [1] |

parting [3] |

parts of ore-mining machines [1] |

Pearson criterion [1] |

penetration rate [2] |

perforated rotor [1] |

performance indicators [1] |

permeability [2] |

perspectives [1] |

petrography [2] |

petrography microscope preparation [1] |

petroleum potential [1] |

petrophysical [1] |

pH measurement [1] |

phase [1] |

phase transition [3] |

phenomenological model of the process [1] |

phenomenon [1] |

phosphate ore deposit [1] |

phosphogypsum [1] |

phosphorite [1] |

phosphorites [1] |

physical and mathematical models of beam and lining [1] |

physical and mechanical properties [3] |

physical model [1] |

physical properties [1] |

physical-chemical analysis [2] |

physico-mechanical properties [1] |

pigment yield index [1] |

pillar [5] |

pilot wellbore [1] |

pipeline [1] |

pit capacity [1] |

place driving [1] |

plasma [2] |

plasma-based technology [1] |

plasticity index [1] |

platinum mines [1] |

plume tectonics [1] |

policy tools [1] |

pollution [3] |

polycrase [1] |

polycrystallinе superhard material [1] |

polymer concrete [1] |

poor quality [1] |

pore gas [1] |

pore liquid [1] |

pore pressure [1] |

porphyrins [1] |

portable charger [1] |

position [1] |

post-failure curves [1] |

potentiometry [1] |

powder [1] |

power consumption [1] |

power section “rotor – stator” [1] |

prediction [1] |

pregnant solution [1] |

preliminary assessment [1] |

preliminary enrichment [1] |

preparation [1] |

preparatory mine working [4] |

pressure [3] |

pressure losses [1] |

preventive measures [1] |

preventive strategies [1] |

principal stresses [1] |

proactive management [1] |

process [1] |

processing accuracy [1] |

producer gas [1] |

producing reservoir [1] |

product [1] |

production [1] |

production function [1] |

production wastes [1] |

productive solution [1] |

professional development [1] |

profit optimization [1] |

prognosis [1] |

projects [1] |

prosper analysis [1] |

protective clothing [1] |

protective facilities [1] |

protective structures [1] |

public-private partnership [1] |

publication [1] |

pull [1] |

pump [1] |

pumped storage power station [1] |

pumping equipment [1] |

pumping-circulatory system [1] |

pyrite [1] |

pyrochlore supergroup minerals [1] |

pyrolysis [1] |

QPSO-BP model [1] |

quality [1] |

quality indices [1] |

quantitative study [1] |

quantum particle swarm optimization [1] |

quarry [3] |

quarry mining plan [1] |

quarry of the first stage [1] |

quarrying operation [1] |

quartz sand [1] |

questionnaire [1] |

Radial Basis Function (RBF) [1] |

radial stresses [1] |

radiation monitoring [1] |

radio-wave geointoscopy [1] |

radioactive contamination [1] |

radioactivity [1] |

railway transport [1] |

ranking [1] |

rare earth elements [1] |

rare earth metals [1] |

rate of deformation [1] |

rate of injuries [1] |

rate of penetration [1] |

rating [1] |

reaction and yielding property of support [1] |

reagents [1] |

reamer [1] |

recirculation [1] |

reclamation [3] |

reclamation costs [1] |

reclamation efficiency [1] |

reclamation technology [1] |

recondition [1] |

recovery [2] |

recycling [1] |

reduction of the number of accidents and injuries [1] |

refractory materials [1] |

regression [2] |

regression analysis [1] |

regularities [1] |

relationships [2] |

reliability [2] |

relief [1] |

remaining gaps [1] |

remaining lifetime [1] |

remote sensing [1] |

replacement effect [1] |

rescue and emergency response operations [1] |

research parks [1] |

Research Subject Categories::NATURAL SCIENCES [1] |

Research Subject Categories::NATURAL SCIENCES::Earth sciences [23] |

reservoir [1] |

residual oil [1] |

resin [1] |

resistance of a support [1] |

resolution effect [1] |

resonance [1] |

resource saving [1] |

resource-saving [1] |

resources [1] |

respirator [1] |

response surface methodology [1] |

restoration [1] |

rheology [1] |

risk assessment [2] |

risks [2] |

roadheader [1] |

rock [9] |

rock bolt [3] |

rock burst [1] |

rock cutting [1] |

rock cutting tools [1] |

rock destruction [2] |

rock explosivity [1] |

rock inrush [1] |

rock joints [1] |

rock lamination [1] |

rock mass [10] |

rock mass modeling [1] |

rock mass monitoring [1] |

rock mass strength [1] |

rock massif [6] |

rock massif stability [1] |

rock mechanics [2] |

rock pressure [6] |

rock properties [2] |

rock stress [1] |

rock undercutting [1] |

rockburst [1] |

rocks [7] |

rocks destruction [1] |

rocks softening [1] |

rocks with different hardness [1] |

roof [2] |

roof bolt [1] |

roof rocks [1] |

roof rocks rigidity [1] |

roof stability [1] |

rotary speed [1] |

rotating units [1] |

rotational speed [1] |

rotational velocity [1] |

royalties [1] |

RSTI [1] |

rubber-textile reservoirs [1] |

Sabzkooh water conveyance tunnel [2] |

safer mining [1] |

safety [2] |

safety factor [1] |

salt [1] |

samples [1] |

sand plug [1] |

sandy deposit [1] |

saturation [1] |

scale [1] |

scale effect [1] |

scale factor [1] |

scheduling [2] |

schematics [1] |

scheme [1] |

science parks [1] |

screw motor [1] |

seam [1] |

security barrier [1] |

sedimentary characteristics [1] |

sedimentation [1] |

segregation [1] |

seismic impact [1] |

seismic monitoring [1] |

seismic waves [1] |

seismic zoning [1] |

selective mining [1] |

selective technology of coal extraction, waste-disposal dump, harmful substances emission, worked-out area, coal heat combustion, coal beneficiation, economic effect [1] |

self-adjusting gear [1] |

selvages [1] |

SEM-BSE analysis [1] |

SEM-EDS [1] |

semicoke [1] |

sensitivity analysis [1] |

separation [1] |

separation efficiency [1] |

series of strata [2] |

Serikagni [1] |

set partitioning [1] |

shale oil [1] |

shaped charge [1] |

shaped jet [1] |

shaped liner [1] |

shear dilatancy [1] |

shear resistance [1] |

shear strength reduction technique (SSRT) [1] |

shearer [1] |

shielding shells [1] |

shock blasting [1] |

shock heating [1] |

shock wave [1] |

shock-vibrating screening [1] |

shotcreting [1] |

Siberia [1] |

side [1] |

silagerm [1] |

silicate [1] |

similarity [1] |

simulation [3] |

simulation modelling [1] |

simultaneous mining [1] |

sinking rate of mining [1] |

site [1] |

slag [1] |

slippage [1] |

slope angle [1] |

slope direction [1] |

slope stability [3] |

slope steepness [1] |

Slovakia [1] |

small atypical mine [1] |

small dataset [1] |

smart protection [1] |

smelter slag [1] |

smelter slag dumps [1] |

smoothed particle hydrodynamics method [1] |

softening [1] |

software [2] |

software modelling [1] |

soil [1] |

soil acidity [1] |

soil bedding [1] |

soil disturbance [1] |

soil freezing [1] |

sorbent [1] |

sorption [1] |

spallation [1] |

spatial characteristics of the restriction zone [1] |

special permit [1] |

specific cohesion [1] |

specific energy [1] |

speed of movement [1] |

speed of response [1] |

spherical magnet [1] |

spontaneous heating and spontaneous ignition of coal [1] |

spontaneous ignition [1] |

stability [8] |

stability margin [1] |

stability of excavations [1] |

stability of mine workings [1] |

stabilization of a mineral [1] |

stabilization warehouse [1] |

stable functioning [1] |

stages [1] |

state-owned coal mining enterprise [1] |

static pressure [1] |

statutory and regulatory requirements [1] |

steep excavation layer [1] |

steep-grade layers [1] |

sticking [1] |

stone strength [1] |

stope [2] |

stope and drifting face [1] |

stope face [3] |

stope works [1] |

stopes [2] |

strategies of information system development [1] |

strategy [1] |

stratification [1] |

streams [1] |

strength [3] |

strength criterion [2] |

strength properties [1] |

strength properties of rocks [1] |

stress [6] |

stress and strain state [1] |

stress deformed state [1] |

stress field [1] |

stress intensity coefficient [1] |

stress relaxation [1] |

stress state [2] |

stress-strain state [12] |

stressed state [2] |

stresses [4] |

structural factor [1] |

structurally heterogeneous material [1] |

styrofoam [1] |

sublimation [1] |

subsidence [3] |

subsidence depression [1] |

subsidence of the land surface [1] |

subsoil use [1] |

sulfur content [1] |

sulfuric acid [2] |

sulphuric acid [1] |

superimposed blocks [1] |

supplier [1] |

support [8] |

support design [2] |

support of a mine working [1] |

support of mine working [1] |

support section [1] |

support system [1] |

support vector machine [1] |

supports [1] |

supports adjustment [1] |

surface mine [2] |

surface mining [1] |

surfactants [1] |

surveying [1] |

surveying methods [1] |

surveying monitoring of displacement [1] |

suspension [1] |

sustainability [1] |

sustainable development [2] |

swelling [1] |

sіmulation [1] |

Taguchi method [1] |

tailing dumps [1] |

tailing storage [1] |

tailings [2] |

Tanzania [1] |

Taurus belt [1] |

taxation [1] |

technical structure [1] |

technogenic deposit [1] |

technogenic deposits [2] |

technogenic placers [1] |

technological safety [1] |

technological scheme of development [1] |

technology [1] |

technology of massif injection [1] |

technology parks [1] |

tectonic [1] |

tectonic deformations [1] |

tectonic faults [1] |

tectonic stresses [1] |

temperature variation [1] |

tendencies [1] |

tensile strength in uniaxial compression [1] |

tension [1] |

terrain [1] |

tests on particle-size distribution [1] |

TG/DTG [1] |

the Far East [1] |

the impact of mining [1] |

the Rebinder’s effect [1] |

theoretical research [1] |

theory of elasticity and vibrations [1] |

theory of plasticity [1] |

thermal cycling impact [1] |

thermal destruction of coal [1] |

thermal gradient [1] |

thermal reaming [2] |

thermal stresses [1] |

thermal-magnetic activation [1] |

thermodynamic analysis [1] |

thermodynamic method [1] |

thermodynamic models [1] |

thin coal seams [1] |

thin section [1] |

three-zone tariff [1] |

Ti-Ta-Nb-oxides [1] |

tight sands [1] |

tightness [1] |

timeliness [1] |

tin mine tailings [1] |

titano-magnetite [1] |

tool [1] |

tool wear [1] |

top-down mining [1] |

TOPSIS [1] |

tower flow [1] |

toxic metal [1] |

trace metals [1] |

tracer gases [1] |

trade openness [1] |

transfer case [1] |

transfer factors [1] |

transportation [1] |

transportation problem [1] |

transportation schemes [1] |

transversely isotropic medium [1] |

Trepça mine [1] |

triaxiality [1] |

tribotechnical pair [1] |

trough [1] |

tubing string [1] |

tuff [2] |

tungsten [1] |

tunnel boring machine [1] |

tunneling [1] |

turbobit [1] |

type of open-pit transport [1] |

typomorphism [1] |

UBC method [1] |

ultimate composition [2] |

undercut [1] |

underground blasting [1] |

underground cavities [2] |

underground coal combustion [1] |

underground coal gasification [2] |

underground coal gasification, gasifier, rock mass, stratification cavities, goaf [1] |

underground coal mining [1] |

underground leaching [1] |

underground mining [5] |

underground working [1] |

underground workings [1] |

underworking [1] |

unstable zone [1] |

uranium [5] |

uranium mining [1] |

uranium ore, fine classification by size and refuse dehydration, resource-saving technologies and tools, recommen-dations [1] |

uranium resources [1] |

urbanisation [1] |

use of surfactants [1] |

vegetation [1] |

vegetative index [1] |

velocity [1] |

ventilation flow [1] |

vibration [2] |

vibrations [1] |

vibrator [1] |

vibroemitter [1] |

virtual model [1] |

voltage [2] |

volumetric slope [1] |

Vourinos massif [1] |

vugg [1] |

vuggy [1] |

waste dump [1] |

waste heaps [1] |

waste recycling [2] |

waste rocks [1] |

water drive [1] |

water filtration [1] |

water injection [1] |

water intake [1] |

water level [1] |

water saturation [1] |

water spraying [1] |

water-bearing deposit [1] |

water-drainage installations [1] |

water-saturated soil [1] |

weakly bound volatiles [1] |

weakly consolidated reservoirs [1] |

wear [5] |

wear resistance [1] |

weathering [1] |

wedge cut pattern [1] |

weight on bit [1] |

well [10] |

well construction [1] |

well flow rate [1] |

wet and dry grinding media [1] |

whiteware ceramics [1] |

working [1] |

working area [1] |

working driving [1] |

working face [1] |

working stability [1] |

X-ray analysis [1] |

X-ray diffraction [1] |

X-ray phase [1] |

X-ray phase method [1] |

XRD [1] |

XRF [1] |

yield of geothermal fluid [1] |

zirconium [1] |

zone [1] |

zone of land use restriction [1] |

zone regionalization [1] |

адсорбция, углеродсодержащие продукты, фильтрование, сорбент, очистка сточных вод [1] |

адсорбція, продукти, що містять вуглець, фільтрування, сорбент, очищення стічних вод [1] |

будівництво тунелів, гірський масив, ґрунт, роликовий робочий орган, метод [1] |

вегетативний індекс [1] |

вентиляционная выработка, горное давление, крепь, деформации, компьютерное моделирование [1] |

вентиляційна виробка, гірський тиск, кріплення, деформації, комп’ютерне моделювання [1] |

видобуток дорогоцінного каміння [1] |

вплив [1] |

вуглевміщуючий масив, напружено-деформований стан, виїмкова виробка, сталеполімерні й канатні анкери [1] |

горные породы, невзрывчатая разрушающая смесь, гидратация, проведение, шпур, разрушение, давление, напряжения [1] |

гірські породи, невибухова руйнуюча суміш, гідратація, проведення, шпур, руйнування, тиск, напруження [1] |

дистанційне зондування [1] |

енергоресурс, енергетична ефективність, соціально-економічні фактори, розробка родовищ, технологія [1] |

журнал, концепция, Разработка Месторождений, Национальный горный университет, кафедра подземной разработки [1] |

журнал, концепція, Розробка Родовищ, Національний гірничий університет, кафедра підзе- мної розробки [1] |

канатний анкер, шаруваті породи, гірнича виробка, зона дезінтеграції порід, натурні дослідження [1] |

канатный анкер, слоистые породы, горная выработка, зона дезинтеграции пород, натурные исследования [1] |

навколишнє середовище [1] |

промышленные методы исследования, напряженно-деформированное состояние, очист- ные и подготовительные выработки, глубина разрушения контура выработок, зональное разрушение массива [1] |

свердловина, каверна, глинисто-шламові скупчення, пристрій для обробки, кут укосу, глина, промивальна рідина [1] |

селективна технологія видобутку вугілля, породний відвал, викид шкідливих речовин, вироблений простір, те-плота згорання вугілля, збагачення вугілля, економічний ефект [1] |

селективная технология добычи угля, породный отвал, выброс вредных веществ, выработанное пространство, теплота сгорания угля, обогащение угля, экономический эффект [1] |

скважина, каверна, глинисто-шламовые скопления, устройство для обработки, угол откоса, глина, промывочная жидкость [1] |

строительство тоннелей, горный массив, почва, роликовый рабочий орган, метод [1] |

углевмещающий массив, напряженно-деформированное состояние, выемочная выработка, сталеполимерные и канатные анкера [1] |

урановые руды, тонкая классификация по крупности и обезвоживание отходов, ресурсосберегающие техноло-гии и средства, методические рекомендации [1] |

уранові руди, тонка класифікація по крупності та зневоднювання відходів, ресурсозберігаючі технології та засоби, методичні рекомендації [1] |

энергоресурс, энергетическая эффективность, социально-экономические факторы, разработка месторожде-ний, технология [1] |