Keywords: احتراق خود ذاتی زغال سنگ; Coal spontaneous combustion; Heat control inhibitor; Programmed temperature; Inhibition effect;
مقالات ISI احتراق خود ذاتی زغال سنگ (ترجمه نشده)
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در صورتی که به ترجمه آماده هر یک از مقالات زیر نیاز داشته باشید، می توانید سفارش دهید تا مترجمان با تجربه این مجموعه در اسرع وقت آن را برای شما ترجمه نمایند.
Keywords: احتراق خود ذاتی زغال سنگ; Coal spontaneous combustion; Surface drainage borehole; Hurst index; Rescaled range analysis; Methane drainage; Symbiotic disaster;
Keywords: احتراق خود ذاتی زغال سنگ; Coal spontaneous combustion; Oxidative heat release intensity; Thermophysical parameter; Metamorphic grade; Particle size;
Keywords: احتراق خود ذاتی زغال سنگ; Coal spontaneous combustion; Inhibitor; Free radical reaction; Active functional group; Chain reaction;
Keywords: احتراق خود ذاتی زغال سنگ; Coal spontaneous combustion; Gas concentration; Random forest; Coal temperature; Modeling;
Keywords: احتراق خود ذاتی زغال سنگ; Organic surface functional groups; Coal spontaneous combustion; Low-temperature oxidation; Acid treatment; XPS;
Keywords: احتراق خود ذاتی زغال سنگ; Coal spontaneous combustion; EMR; Temperature field; Thermal cracking; Free electron;
Keywords: احتراق خود ذاتی زغال سنگ; Grinding process; Functional groups; Mechanochemical effect; Free radical; Coal spontaneous combustion;
Experimental and in-situ estimation on hydrogen and methane emission from spontaneous gasification in coal fire
Keywords: احتراق خود ذاتی زغال سنگ; Gases release; Hydrogen; Methane; Coal spontaneous combustion;
Keywords: احتراق خود ذاتی زغال سنگ; Analytical solution; Velocity range; Critical temperature; Coal spontaneous combustion;
Keywords: احتراق خود ذاتی زغال سنگ; Coal spontaneous combustion; Inhibition; Catechin; Thermal analysis; Ignition behavior; Kinetic analysis;
Keywords: احتراق خود ذاتی زغال سنگ; Initial mining range; upper drainage roadway; Coal spontaneous combustion; CBM emission;
Keywords: احتراق خود ذاتی زغال سنگ; Coal spontaneous combustion; Oxidation; Pore structure; Diffusion
Keywords: احتراق خود ذاتی زغال سنگ; Coal spontaneous combustion; The shortest period of spontaneous combustion; Heat release intensity of coal oxidation; Thermal capacity; Judging indexes
Keywords: احتراق خود ذاتی زغال سنگ; Chemical inhibitor; Coal spontaneous combustion; Selecting approach; Active functional groups; In situ FTIR;
Keywords: احتراق خود ذاتی زغال سنگ; Coal spontaneous combustion; Chemical inhibitors; Micelle thermal power; Foam performance; Activation energy
Keywords: احتراق خود ذاتی زغال سنگ; Powder; Coal spontaneous combustion; Powder adding technology; Pneumatic conveying
Keywords: احتراق خود ذاتی زغال سنگ; Gas extraction; Coal spontaneous combustion; Air leakage; Numerical simulation
Experimental study on the inhibitory effect of ethylenediaminetetraacetic acid (EDTA) on coal spontaneous combustion
Keywords: احتراق خود ذاتی زغال سنگ; Metal chelating agent; Coal spontaneous combustion; Low-temperature oxidation; Active functional group; Activation energy;
Study on oxidation and gas release of active sites after low-temperature pyrolysis of coal
Keywords: احتراق خود ذاتی زغال سنگ; Low-temperature pyrolysis; Coal spontaneous combustion; Active sites; Attenuation function; Activation energy;
Changes on the low-temperature oxidation characteristics of coal after CO2 adsorption: A case study
Keywords: احتراق خود ذاتی زغال سنگ; Mining of coal; Fire hazard; Low-temperature oxidation; Coal spontaneous combustion; Experimental study;
CFD modelling of ventilation optimization for improving mine safety in longwall working faces
Keywords: احتراق خود ذاتی زغال سنگ; Ventilation; Coal gas; Coal spontaneous combustion; Coupling relationship;
Micro fly-ash particles stabilized Pickering foams and its combustion-retardant characteristics
Keywords: احتراق خود ذاتی زغال سنگ; Pickering foams; Fly ash; Coal spontaneous combustion; Foam evolution;
Development of a spontaneous combustion TARPs system based on BP neural network
Keywords: احتراق خود ذاتی زغال سنگ; Neural network; Coal spontaneous combustion; TARPs; Safety management
Thermal properties of coal during low temperature oxidation using a grey correlation method
Keywords: احتراق خود ذاتی زغال سنگ; Heat transfer; Coal spontaneous combustion; Moisture; Thermal conductivity; Grey correlation;
The characterization of free radical reaction in coal low-temperature oxidation with different oxygen concentration
Keywords: احتراق خود ذاتی زغال سنگ; Goaf; Coal spontaneous combustion; ESR; Free radical reaction;
Experimental research on inhibition performances of the sand-suspended colloid for coal spontaneous combustion
Keywords: احتراق خود ذاتی زغال سنگ; Sand-suspended colloid; Temperature programmed; Coal spontaneous combustion; Inhibition performance;