| 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] |
| 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] |
| casing centralizer [1] |
| Cauchy-Riemann conditions [1] |
| Cauchy-Riemann relations [1] |
| cavitation [1] |
| cavitation disperser [1] |
| channel [1] |
| chemical reactions [1] |
| chiral symmetry breaking [1] |
| CIP [1] |
| clarification [1] |
| closed problem [1] |
| coal [2] |
| coal industry [1] |
| coal mines [1] |
| coalmine diversification [1] |
| coefficient of friction [1] |
| Coefficient of Penetration [1] |
| coercive force [1] |
| combined relay protection system [1] |
| combined anchor systems [1] |
| competitiveness [1] |
| complex recycling [1] |
| complex variables [1] |
| composite fuel [1] |
| confinement [1] |
| consumer-regulator [1] |
| contact interaction [1] |
| contact stresses [1] |
| contortion and fracturing [1] |
| cost [1] |
| creep [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] |
| deformability of structure [1] |
| deformation [1] |
| design [1] |
| detonation velocity [1] |
| diagnosis [1] |
| diamond smoothing [1] |
| differential-thermal analysis [1] |
| disintegrator [1] |
| disk [1] |
| dispersion method [1] |
| dissipation [1] |
| distributed generation renewable energy sources [1] |
| distribution networks of open pit mines [1] |
| doubly fed induction generator [1] |
| drawing [1] |
| drilling-and-blasting operations [1] |
| drive line [1] |
| driving drum [1] |
| durability limit [1] |
| Dust Respirator [1] |
| ecological and economic indicators [1] |
| economic indexes [1] |
| economic and mathematical models [1] |
| economic-mathematical model [1] |
| EHD flow [1] |
| eismoacoustic [1] |
| elastic shell [1] |
| elastic torsion [1] |
| elasticity theory [1] |
| electric [1] |
| electric power quality [1] |
| electric vehicles [1] |
| electromechanics with the direct-current unibus [1] |
| electromotor devices [1] |
| emulsion explosives [1] |
| energy efficiency [1] |
| energy generation [1] |
| energy saving [1] |
| energy resources [1] |
| energy saving [1] |
| engineering solutions [1] |
| enthalpy [1] |
| entropy [1] |
| environment [1] |
| environment model [1] |
| equilibrium stability of structural [1] |
| eutectic [2] |
| eutectics [1] |
| explosion [1] |
| explosion heat [1] |
| express control [1] |
| extract [1] |
| extracting edge of the matrix [1] |
| F-test, t-test [1] |
| feedstock [1] |
| Filter Resistance [1] |
| filtration [1] |
| finite element model [1] |
| fluidized abrasive bed [1] |
| flux-cored wire [1] |
| fly ashes of thermal power plants [1] |
| forecasting [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] |
| geomodulus [1] |
| georadio location [1] |
| Gibbs energy [1] |
| grain size [1] |
| green tariff [1] |
| grinding [1] |
| grinding grain [1] |
| grinding tool [1] |
| hard rocks [1] |
| hardness [1] |
| heat capacity [1] |
| heat supply system [1] |
| heating device [1] |
| heterogeneous lyophobic system [1] |
| high frequency transformer [1] |
| high voltage [1] |
| hot rolling coils [1] |
| hot deformation [1] |
| hydraulic protecting device [1] |
| hydraulic hammer [1] |
| hydrodynamic super-cavitation [1] |
| hysteresis characteristic [1] |
| implantation [1] |
| impulse system [1] |
| innovations [1] |
| interaction [1] |
| investments [1] |
| ion-molecular structures [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] |
| mathematical model [3] |
| mechanical stresses [1] |
| melt [2] |
| meridian voltage [1] |
| metal [1] |
| method [2] |
| methods of integral representation [1] |
| microelectronic base [1] |
| microhardness [1] |
| microstructure of rollers [1] |
| mine experiments [1] |
| mineral deposit [2] |
| mining [2] |
| mining technologies [1] |
| mining equipment [1] |
| mining system of development [1] |
| mining-geological conditions [1] |
| mock-up specimen [1] |
| modeling [2] |
| modelling [3] |
| modifying component [1] |
| motion on the harmonic law of overhead end of rope [1] |
| nanohardness [1] |
| neural networks [1] |
| neutral mode [1] |
| non-blasting technologies [1] |
| nonlinear deformation [1] |
| nonstationary problem [1] |
| operability of explosives, [1] |
| operating modes [1] |
| optimization [1] |
| oscillation [1] |
| output [1] |
| overheating of the alloy above the liquidus line [2] |
| peak values [1] |
| phase transitions [1] |
| piston rings [1] |
| plane problem [1] |
| planning [1] |
| plastic masses [1] |
| point of contact [1] |
| polarization of vacuum [1] |
| power consumption [1] |
| power quality [1] |
| press unit [1] |
| Pressure Difference [1] |
| price [1] |
| principle diagram [1] |
| priori information [1] |
| problem [1] |
| production costs [1] |
| pulse-width modulation [1] |
| pumping system [1] |
| punching [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] |
| rational parameters [1] |
| reactive power [1] |
| recycled water [1] |
| redundancy [1] |
| relays [1] |
| reliability [1] |
| renewables [1] |
| residual stresses [1] |
| resonant vibrations [1] |
| restrictions on the parameters [1] |
| Reversible dies [1] |
| rigidity [2] |
| rock [1] |
| Rock Joints [1] |
| Rock Mass Strength [1] |
| rod [1] |
| roller briquetting press [1] |
| rolling [1] |
| rolling force [1] |
| rolling mill [1] |
| rope with a load on the end [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] |
| size distribution [1] |
| social damage [1] |
| solar panel [1] |
| solid materials [1] |
| solid materials, [1] |
| spectral analysis of signal [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 [1] |
| stray currents [1] |
| strength [2] |
| stress [2] |
| stress-strain state [2] |
| stressed state [1] |
| strip grip [1] |
| Structural Factor [1] |
| structure of borehole charges [1] |
| subsidence [1] |
| subway [1] |
| sustainable development [1] |
| synchro-mining [1] |
| synchronous drive [1] |
| system, implantation [1] |
| tangential load [1] |
| tangential reaction [1] |
| technogenic deposits [1] |
| technogenic pollution [1] |
| technology [1] |
| temperature [1] |
| temperature conditions [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 resource [1] |
| thermo-mechanical controlled process [1] |
| thermomagnetic material [1] |
| thickener [1] |
| three-dimensional electrodynamics [1] |
| throwing unit [1] |
| time- distance graph [1] |
| trigonometric substitution [1] |
| tumbling mills [1] |
| two-dimensional boundary problem [1] |
| ultrasonic [1] |
| ultrasonic peening [1] |
| underground mining [1] |
| underground coal gasification [2] |
| underground mining [1] |
| undermining [1] |
| undisturbed power supply (UPS) [1] |
| V2G [1] |
| vacuum-arc coating [1] |
| vector control [1] |
| vertical vibrational mill [1] |
| vibration hardening [1] |
| vibrations [1] |
| washing liquid [1] |
| waveguide [1] |
| WC-Co [1] |
| wear resistance [1] |
| well [1] |
| well drilling [1] |
| Western Donbass [1] |
| wind generator [1] |
| wind loading [1] |
| working [2] |
| working stress [1] |
| working area of the open-pit [1] |
| workings support [1] |
| zones of destruction [1] |
