absorbing horizon [1] |

abutment pressure [1] |

AC drive [1] |

accuracy [1] |

adjusting asymmetry of high frequency transformer operation [1] |

advance [1] |

Air Loss [1] |

Al 2 Cu phase [1] |

Al-Cu alloy [2] |

Al2Cu phase [1] |

analytical mechanics [1] |

angle [1] |

arc-fusing [1] |

argument function [1] |

argument of the function [1] |

articulated container truck [1] |

articulated dynamical loads [1] |

artificial neural networks [1] |

axle billets [1] |

back blows [1] |

band loop frame [1] |

basic functions [1] |

benchmark [1] |

biomass [1] |

Black Sea bottom [1] |

blade [1] |

blank [1] |

blast furnace [1] |

borehole extensometer [1] |

boride Fe 2 B [1] |

boundary conditions [1] |

boundary conditions [2] |

Breathing Resistance [1] |

Breathing Frequency [1] |

calcite [1] |

caliber [1] |

capacitive storage [1] |

carbon-containing materials [1] |

cargo flow [1] |

casing centralizer [1] |

Cauchy-Riemann conditions [1] |

Cauchy-Riemann relations [1] |

cavitation [1] |

cavitation bubble [1] |

cavitation disperser [1] |

cavitation-pulsation mode [1] |

channel [1] |

charging cavity [1] |

chemical reactions [1] |

chiral symmetry breaking [1] |

CIP [1] |

clarification [1] |

closed mine [1] |

closed problem [1] |

coal [4] |

coal industry [2] |

coal mines [1] |

coal seam [2] |

coal slime and braize [1] |

coal-bearing rocks [1] |

coal-containing product [1] |

coalmine diversification [1] |

coefficient of friction [1] |

Coefficient of Penetration [1] |

coercive force [1] |

coke [1] |

colored gems [1] |

combined relay protection system [1] |

combined anchor systems [1] |

competitiveness [1] |

complex recycling [1] |

complex variables [1] |

composite fuel [1] |

compositions [1] |

compressed air [1] |

concentration of mining works [2] |

confinement [1] |

conical backfil [1] |

consumer-regulator [1] |

contact interaction [1] |

contact stresses [1] |

continuous smelting [1] |

contortion and fracturing [1] |

contortion zone [1] |

conveyor transport line [1] |

copper concentrate [1] |

correlation [1] |

cost [1] |

cracks formation zone [1] |

creep [1] |

critical velocity [1] |

cubic boron carbide Fe 23 (CB) 6 [1] |

Curie point [1] |

cutting [1] |

cylindrical panel [1] |

damped torsional oscillations [1] |

damping coefficient [1] |

decentralized energy sources [1] |

deep mine [1] |

deformability of structure [1] |

deformation [3] |

design [2] |

deslimer [1] |

detonation velocity [1] |

diagnosis [1] |

diamond smoothing [1] |

differential-thermal analysis [1] |

disintegrator [1] |

disk [1] |

dispersion method [1] |

disposal [1] |

dissipation [1] |

distributed generation renewable energy sources [1] |

distribution networks of open pit mines [1] |

double-unit longwall [1] |

doubly fed induction generator [1] |

drawing [1] |

drill string [1] |

drilling tool [1] |

drilling-and-blasting operations [1] |

drive line [1] |

driving drum [1] |

dump [1] |

durability limit [1] |

Dust Respirator [1] |

ecological and economic indicators [2] |

economic indexes [1] |

economic and mathematical models [1] |

economic-mathematical model [1] |

economical issues [1] |

efficiency [2] |

EHD flow [1] |

eismoacoustic [1] |

elastic shell [1] |

elastic torsion [1] |

elasticity theory [1] |

electric [1] |

electric power quality [1] |

electric vehicles [1] |

electrokinetic agglomeration [1] |

electromechanics with the direct-current unibus [1] |

electromotor devices [1] |

emulsion explosives [1] |

energy [1] |

energy efficiency [1] |

energy generation [1] |

energy saving [1] |

energy generation [1] |

energy resources [1] |

energy saving [1] |

engineering solutions [1] |

engineering solutions [1] |

enrichment zones [1] |

enthalpy [1] |

entropy [1] |

environment [1] |

environment model [1] |

environmental protection [1] |

environmental safety [1] |

equilibrium stability of structural [1] |

eutectic [2] |

eutectics [1] |

expansion [1] |

explosion [1] |

explosion heat [1] |

explosive emulsion [1] |

express control [1] |

extract [1] |

extracting edge of the matrix [1] |

F-test, t-test [1] |

feedstock [1] |

filling material [1] |

Filter Resistance [1] |

filtration [1] |

finite element model [1] |

fluid hydrodynamics [1] |

fluidized abrasive bed [1] |

flux-cored wire [1] |

fly ashes of thermal power plants [1] |

forecasting [1] |

forecasting stability method [1] |

frame support [1] |

friction [1] |

fundamental substitution [1] |

furnace throat [1] |

gamma distribution, [1] |

gas generator [1] |

gas hydrate [1] |

gas hydrates [1] |

gas-dynamic phenomena [1] |

gasification [2] |

gasifier [1] |

generalized solution [1] |

geologic cross- section [1] |

geomodulus [1] |

georadio location [1] |

geothermal systems [1] |

Gibbs energy [1] |

GIS [1] |

grain size [1] |

green tariff [1] |

grinding [1] |

grinding grain [1] |

grinding tool [1] |

groundwater [1] |

hard rock disintegration [1] |

hard rocks [1] |

hardness [1] |

heat capacity [1] |

heat supply system [1] |

heating device [1] |

heavy metals [1] |

heterogeneous lyophobic system [1] |

high frequency transformer [1] |

high voltage [1] |

hot rolling coils [1] |

hot deformation [1] |

hydration [1] |

hydraulic protecting device [1] |

hydraulic hammer [1] |

hydrodynamic and geomechanical processes [1] |

hydrodynamic super-cavitation [1] |

hysteresis characteristic [1] |

implantation [1] |

impulse system [1] |

innovations [2] |

insulation [1] |

interaction [1] |

investments [1] |

ion-molecular structures [1] |

iron ore [1] |

iron-nickel alloy [1] |

jet technology [1] |

jointing material [1] |

kinematics of the deformation focus [1] |

Laplace equation [1] |

Laplace’s equations [1] |

lateral velocity variations [1] |

layers thickness [1] |

liquid dielectrics [1] |

local introduction [1] |

longitudinal stability [1] |

longitudinal vibrations [1] |

magnetic [1] |

magnetic field [1] |

man-made mineral formation [1] |

manganese [1] |

mathematical model [3] |

mathematical modelling [1] |

mechanical stresses [1] |

mechanized complex [1] |

melt [3] |

meridian voltage [1] |

metal [1] |

metallurgical slags [1] |

metallurgical waste utilization [1] |

method [2] |

method of analogies [1] |

methods of integral representation [1] |

methods of substance analysis [1] |

microelectronic base [1] |

microhardness [1] |

microstructure of rollers [1] |

mine experiments [1] |

mine field [1] |

mine water [1] |

mineral deposit [2] |

mineral resources development systems [1] |

mining [5] |

mining technologies [1] |

mining enterprise [1] |

mining equipment [1] |

mining system of development [1] |

mining-geological conditions [1] |

mobile complex [1] |

mock-up specimen [1] |

modeling [2] |

modelling [3] |

modifying component [1] |

momentum [1] |

motion on the harmonic law of overhead end of rope [1] |

nanohardness [1] |

national economy [1] |

neural networks [1] |

neutral mode [1] |

Noise-like signal [1] |

non-blasting technologies [1] |

non-explosive destroying mixture [1] |

nonlinear deformation [1] |

nonstationary problem [1] |

operability of explosives, [1] |

operating modes [1] |

optimization [1] |

oscillation [1] |

oscillations [1] |

output [1] |

overheating of the alloy above the liquidus line [2] |

peak values [1] |

phase transitions [1] |

physical and mechanical characteristics [1] |

phytoremediation [1] |

piston rings [1] |

plane problem [1] |

planning [2] |

plasma technology [1] |

plastic masses [1] |

plugging materials [1] |

pneumatic hammer [1] |

pneumopercussion machines [1] |

point of contact [1] |

polarization of vacuum [1] |

power consumption [1] |

power distributive network [1] |

power quality [1] |

press unit [1] |

pressure [1] |

Pressure Difference [1] |

price [1] |

principle diagram [1] |

priori information [1] |

problem [1] |

production costs [1] |

pseudorandom sequence of Huffman [1] |

pulse-width modulation [1] |

pumping system [1] |

punching [1] |

pyrometallurgical method [1] |

quarry voids [1] |

radial distribution of burden [1] |

radial distribution of gas flow [1] |

radio wave [1] |

radioisotope sensors [1] |

rail transport [1] |

Rank-Hilsh tube [1] |

rare earth metals [1] |

rational parameters [1] |

reactive power [1] |

reclamation [1] |

recultivation [1] |

recycled water [1] |

redundancy [1] |

relays [1] |

reliability [1] |

Remote Sensing [1] |

renewables [1] |

residual stresses [1] |

resonant vibrations [1] |

responsible mining [1] |

restrictions on the parameters [1] |

Reversible dies [1] |

rigidity [2] |

rock [1] |

Rock Joints [1] |

Rock Mass Strength [1] |

rock massif [1] |

rock stresses [1] |

rod [1] |

roller briquetting press [1] |

rolling [1] |

rolling force [1] |

rolling mill [1] |

rope with a load on the end [1] |

rotary motion [1] |

rotor [1] |

rubber-cable rope [1] |

schemes decisions [1] |

screw prepressing mechanism [1] |

seismoacoustic forecast, [1] |

shaft [1] |

shear of cables [1] |

shears [1] |

shell [1] |

siderite [1] |

simulating modelling [1] |

size distribution [1] |

slagheap [1] |

slope stability analysis [1] |

sludge [2] |

smelting [1] |

social damage [1] |

solar panel [1] |

solid materials [1] |

solid materials, [1] |

space mining [1] |

spectral analysis of signal [1] |

speed of transportation [1] |

stability [1] |

stability of dumps and open-pit side [1] |

stabilization [1] |

stand-by condition of technological facilities [1] |

state support [1] |

static potential [1] |

statistic modelling [1] |

Statistical Strength Theory [1] |

statistical criteria [1] |

statistically significant factors [1] |

stiffness [1] |

strain [2] |

stray currents [1] |

streamline [1] |

strength [2] |

stress [3] |

stress-strain state [2] |

stress-strain state of the rock mass [1] |

stressed state [1] |

strip grip [1] |

Structural Factor [1] |

structure of borehole charges [1] |

subsidence [1] |

subway [1] |

surface mining of mineral deposits [1] |

sustainable development [1] |

sustainable development [1] |

synchro-mining [1] |

synchronous drive [1] |

system approach [1] |

system, implantation [1] |

tailings dump [1] |

tangential load [1] |

tangential reaction [1] |

technical and economicindicators [1] |

technical occupation [1] |

technogenic deposits [1] |

technogenic pollution [1] |

technological solutions [1] |

technological transport parameters [1] |

technology [3] |

temperature [1] |

temperature conditions [1] |

tensile strength [1] |

tension [1] |

the CMP method [1] |

the economic mechanism of environmental [1] |

the railway axle [1] |

the caliber [1] |

the regime of reduction [1] |

the rock massif [1] |

the scheme of deformation [1] |

theory of plasticity [1] |

thermal energy [1] |

thermal resource [1] |

thermo-mechanical controlled process [1] |

thermodynamic modelling [1] |

thermomagnetic material [1] |

thickener [1] |

thing coal seam [2] |

three-dimensional electrodynamics [1] |

throwing unit [1] |

time- distance graph [1] |

toxic elements [1] |

traceable supply chain [1] |

trigonometric substitution [1] |

tumbling mills [1] |

two-dimensional boundary problem [1] |

ultrasonic [1] |

ultrasonic peening [1] |

ultrasound [1] |

underground mining [1] |

underground coal gasification [2] |

underground mining [1] |

undermining [1] |

undisturbed power supply (UPS) [1] |

unevenness [1] |

V2G [1] |

vacuum-arc coating [1] |

vanadium [1] |

vector control [1] |

vertical vibrational mill [1] |

vibration hardening [1] |

vibrations [1] |

vortex device [1] |

wallface [1] |

washing liquid [1] |

waste [1] |

waste dump [1] |

waste of coal preparation [1] |

waste rock dump [1] |

waveguide [1] |

WC-Co [1] |

wear resistance [1] |

well [1] |

well drilling [1] |

well drilling [1] |

well reaming [1] |

Western Donbass [1] |

Western Donbas [1] |

wind generator [1] |

wind loading [1] |

working [2] |

working stress [1] |

working area of the open-pit [1] |

workings support [1] |

zone of intensive grinding [1] |

zones of destruction [1] |

сoal extraction [1] |