Keywords: ذغال سنگ; Dielectric property; Mineral matter; Phase transformation; Coal char;
مقالات ISI ذغال سنگ (ترجمه نشده)
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Keywords: ذغال سنگ; Interaction; Coal char; Sodium specie; Thermogravimetric analysis;
Keywords: ذغال سنگ; Methane decomposition; Nickel catalyst; Coal char; Hydrogen; Gasification;
Keywords: ذغال سنگ; Coal char; Catalytic depolymerization; Iron-based catalyst;
Keywords: ذغال سنگ; Coal char; Packed bed; CFD; Particle-resolved simulation; Gasification; Combustion;
Keywords: ذغال سنگ; coal char; molecular simulation; molecular dynamics; annealing dynamics simulation;
Keywords: ذغال سنگ; Coal char; TGA; Computational fluid dynamics; Reaction kinetics; Gasification;
Keywords: ذغال سنگ; Oxy-fuel combustion; Coal char; Isothermal mass loss apparatus; Modelling; Simulation;
Keywords: ذغال سنگ; Alkali carbonates; Calcium hydroxide; Catalytic gasification; Coal char; Synergic effect;
Keywords: ذغال سنگ; Pyrolysis; Coal char; Oxidation reactivity; Active sites; Crystal structure;
Keywords: ذغال سنگ; Tar; Coal char; Steam reforming; Cellulose; Lignin;
Keywords: ذغال سنگ; Carbon fuel cell; Solid oxide electrolyte; Coal char; Structure modification; Boudouard reactivity; Electrochemical performance;
Keywords: ذغال سنگ; Solid oxide-based carbon fuel cells; Coal char; Coal mineral matter; Catalytic effects; Boudouard gasification
Keywords: ذغال سنگ; UCG; Underground Coal Gasification; High pressure; Carbon dioxide-steam gasification; Coal char;
Keywords: ذغال سنگ; Coal char; Crystallite structure; Dielectric properties; Microwave
Keywords: ذغال سنگ; Coal char; Catalytic gasification; Potassium carbonate; Calcium hydroxide; Hydrothermal treatment;
Keywords: ذغال سنگ; Coal char; Catalytic gasification; Pyrolysis; Sulfur; XANES;
Thermal decomposition mechanisms of coal and coal chars under CO2 atmosphere using a distributed activation energy model
Keywords: ذغال سنگ; Thermal degradation; Coal char; Distribution activation energy; Kinetic compensation effect;
Ultra-fine particulate matters (PMs) formation during air and oxy-coal combustion: Kinetics study
Keywords: ذغال سنگ; Particulate matters (PMs); Flue gas recirculation (FGR); Coal char; Combustion; Kinetics;
Methane decomposition with some CO2 as co-feed: Co-production of syngas and carbon fibers/microspheres by using a hybrid of K2CO3 and coal char
Keywords: ذغال سنگ; Methane decomposition; Carbon fiber; Carbon microsphere; Coal char; K2CO3; Hydrogen;
Gasification of coal char in H2O/CO2 atmospheres: Evolution of surface morphology and pore structure
Keywords: ذغال سنگ; Coal char; Gasification; H2O/CO2 atmosphere; Surface morphology; Pore structure;
Non-isothermal study of gasification process of coal char and biomass char in CO2 condition
Keywords: ذغال سنگ; Coal char; Biomass char; Gasification; Kinetic model;
Effect of surface carbon-oxygen complexes during NO reduction by coal char
Keywords: ذغال سنگ; Coal char; NO reduction; Carbon-oxygen complexes;
Model establishment for the kinetic evaluation of synergistic effect on the coal char gasification with H2O and CO2 mixtures
Keywords: ذغال سنگ; Coal char; H2O and CO2 mixtures; Gasification; Synergistic effect; Model establishment; Kinetic compensation effect;
K2CO3-catalyzed steam gasification of ash-free coal char in a pressurized and vertically blown reactor. Influence of pressure on gasification rate and gas composition
Keywords: ذغال سنگ; Coal char; Pressure; Potassium carbonate; Steam gasification; Gas composition;
Coal char gasification in H2O/CO2: Release of alkali and alkaline earth metallic species and their effects on reactivity
Keywords: ذغال سنگ; Coal char; Gasification; Mixed H2O/CO2 atmosphere; Alkali and alkaline earth metallic species; Reactivity;
A new active site/intermediate kinetic model for K2CO3-catalyzed steam gasification of ash-free coal char
Keywords: ذغال سنگ; Coal char; Catalytic gasification; Kinetic model; Potassium carbonate;
Effect of the coupling action between volatiles, char and steam on isothermal combustion of coal char
Keywords: ذغال سنگ; Isothermal thermogravimetric; Volatiles; Steam; Coal char; Combustion characteristics;
Synergistic effect between CO2 and H2O on reactivity during coal chars gasification
Keywords: ذغال سنگ; Synergistic effect; Coal char; Gasification; CO2/H2O mixture; Calcium species;
Influences of heating rate during coal char preparation and AAEMs on volatile–char interaction with different sources of biomass volatile
Keywords: ذغال سنگ; Volatile–char interaction; Co-gasification; Coal char; Biomass volatiles; Thermobalance reactor
Kinetics of coal char gasification with CO2: Impact of internal/external diffusion at high temperature and elevated pressure
Keywords: ذغال سنگ; Coal char; CO2 gasification; Kinetics; Reaction rate; Pressurized wire-heating reactor
Theoretical understanding of coal char oxidation and gasification using reactive molecular dynamics simulation
Keywords: ذغال سنگ; Coal char; Oxidation and gasification; Reactive molecular dynamics simulation; Combustion kinetics;
Novel intrinsic-based submodel for char particle gasification in entrained-flow gasifiers: Model development, validation and illustration
Keywords: ذغال سنگ; Entrained-flow gasification; Char particle submodel; Intrinsic reaction kinetics; CFD modeling; Coal char; Virtuhcon;
Catalytic activity and activation mechanism of potassium carbonate supported on perovskite oxide for coal char combustion
Keywords: ذغال سنگ; Catalytic combustion; Coal char; K2CO3; Perovskite;
Calcium-promoted catalytic activity of potassium carbonate for steam gasification of coal char: Influences of calcium species
Keywords: ذغال سنگ; Coal char; Gasification; Catalysis; Calcium species; Potassium carbonate;
Hydrogen production by methane cracking over different coal chars
Keywords: ذغال سنگ; BET; Coal char; Hydrogen; Methane cracking; Pyrolysis;
CO2 reforming of CH4 in coke oven gas to syngas over coal char catalyst
Keywords: ذغال سنگ; Methane; CO2 reforming; Synthesis gas; Coal char
Modeling of catalytic gasification kinetics of coal char and carbon
Keywords: ذغال سنگ; Catalytic gasification; Coal char; Carbon; Random pore model; CO2 chemisorption
Modelling of combustion characteristics of high ash coal char particles at high pressure: Shrinking reactive core model
Keywords: ذغال سنگ; Coal char; Pressurized combustion; Kinetic and heat transfer model
Reactivity to CO2 of chars prepared in O2/N2 and O2/CO2 mixtures for pulverized coal injection (PCI) in blast furnace in relation to char petrographic characteristics
Keywords: ذغال سنگ; Blast furnace; Coal char; Optical texture; Specific surface; Combustion; Oxy-fuel; Reactivity;
Enhanced catalysis of K2CO3 for steam gasification of coal char by using Ca(OH)2 in char preparation
Keywords: ذغال سنگ; Coal char; Gasification; Hydrogen
A new technique for the measurement of the product CO/CO2 ratio at the surface of char particles burning in a fluidized bed
Keywords: ذغال سنگ; Fluidized bed combustion; CO/CO2 ratio; Coal char; Sherwood number; Boundary layer
Steam gasification of coal char catalyzed by K2CO3 for enhanced production of hydrogen without formation of methane
Keywords: ذغال سنگ; Coal char; Hydrogen; Steam gasification; Catalysis; Potassium carbonate
Differences in physical properties and CO2 gasification reactivity between coal char and petroleum coke
Keywords: ذغال سنگ; Coal char; Petroleum coke; Physical property; Gasification reactivity; Pressurized pyrolysis
Characterization of porous structure of coal char from a single devolatilized coal particle: Coal combustion in a fluidized bed
Keywords: ذغال سنگ; Coal char; Pore structure; Surface area; Porosity; Carbon matrix
The size of polyaromatic layer of coal char estimated from elemental analysis data
Keywords: ذغال سنگ; Coal char; Layer size; H/C atomic ratio
Coal char combustion under a CO2-rich atmosphere: Implications for pulverized coal injection in a blast furnace
Keywords: ذغال سنگ; Combustion; Oxy-combustion; Coal char; Blast furnace; Reactivity; PCI
Synthetic coal chars for the elucidation of NO heterogeneous reduction mechanisms
Keywords: ذغال سنگ; NO heterogeneous reduction; Coal char; Isotopically labelled NO
Kinetics of CO2/char gasification at elevated temperatures. Part II: Clarification of mechanism through modelling and char characterization
Keywords: ذغال سنگ; Coal char; Gasification; Char characterization; Elevated temperature
Hydrogen production by methane decomposition over coal char
Keywords: ذغال سنگ; Hydrogen; Methane decomposition; Coal char; Catalyst