Keywords: مدل منحنی تصادفی; Gasification kinetics; Random pore model; Drop tube reactor; Lignite char; High pressure; KIVAN;
مقالات ISI مدل منحنی تصادفی (ترجمه نشده)
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Keywords: مدل منحنی تصادفی; Biomass; Powder River Basin coal; Biochar; Co-gasification; Kinetics; Random pore model;
Keywords: مدل منحنی تصادفی; Coal gasification; Reaction kinetics; Diffusion effects; Random pore model;
Keywords: مدل منحنی تصادفی; Random pore model; Non-reacted core model; Coal gasification; Hydrogen production; Supercritical water;
Keywords: مدل منحنی تصادفی; Char; Kinetic parameters; Ash segregated core model; Random pore model; Diffusion;
Keywords: مدل منحنی تصادفی; Nanostructure; Kinetics; CO2 sequestration; CaO; Weathering; Random Pore Model
Keywords: مدل منحنی تصادفی; Gasification; Gasification rate; Micropore area; Ash composition; Random pore model; Thermogravimetric analysis;
Keywords: مدل منحنی تصادفی; Coal char gasification; CO2 gasification; Powder River Basin coal; Kinetics; Random pore model;
Keywords: مدل منحنی تصادفی; Pore drainage; Random pore model; Pore size distribution; Hydraulic conductivity;
Keywords: مدل منحنی تصادفی; High-sulfur coal; Hydropyrolysis desulfurization; Kinetics; Grain reaction model; Random pore model
Keywords: مدل منحنی تصادفی; Char; Combustion; Random pore model; Multicomponent; Dusty gas model
Keywords: مدل منحنی تصادفی; Gasification; Biomass char; Kinetics; Random pore model; Langmuir-Hinshelwood;
Keywords: مدل منحنی تصادفی; Reaction kinetics; Nickel oxide; Reduction by methane; Mathematical modeling; Random pore model; Synthesis gas;
Competition between H2O and CO2 for active sites during co-gasification of bituminous coal and pineapple sawdust in an atmosphere containing H2O, CO2, H2, and CO
Keywords: مدل منحنی تصادفی; L-H; Langmuir-Hinshelwood; RPM; random pore model; XRF; X-ray fluorescence; Vapor and carbon dioxide competition; Co-gasification; Coal; Biomass; Langmuir-Hinshelwood; Active sites;
Potassium catalyst recovery process and performance evaluation of the recovered catalyst in the K2CO3-catalyzed steam gasification system
Keywords: مدل منحنی تصادفی; Catalyst recovery; Washing method; Recovered potassium catalyst; Catalytic ability; Random pore model; Lifecycle;
Modeling of carbonation reaction for CaO-based limestone with CO2 in multitudinous calcination-carbonation cycles
Keywords: مدل منحنی تصادفی; Random pore model; CO2 capture; Kinetics; Limestone; Calcination-carbonation cycle;
Prediction of unburned carbon and NO formation from low-rank coal during pulverized coal combustion: Experiments and numerical simulation
Keywords: مدل منحنی تصادفی; Drop-tube furnace; One-dimensional simulation; Thermogravimetric; Random pore model; NO suppression;
A char combustion sub-model for CFD-predictions of fluidized bed combustion - experiments and mathematical modeling
Keywords: مدل منحنی تصادفی; Char combustion; Fluidized bed; CFD; Grain-Thermo-Balance; BCURA; British Coal Utilisation Research Association; FB; Fluidized Bed; GTB; Grain Thermo-Balance; IR; InfraRed; RPM; Random Pore Model; SCM; Shrinking Core Model; SPM; Shrinking Particle Model;
Comparison of random pore model, modified grain model, and volume reaction model predictions with experimental results of SO2 removal reaction by CuO
Keywords: مدل منحنی تصادفی; SO2 removal; CuO; Random pore model; Modified grain model; Volume reaction model
Kinetic study of coal steam and CO2 gasification: A new method to reduce interparticle diffusion
Keywords: مدل منحنی تصادفی; Steam gasification; Reaction rate; Mass transfer; Kinetic model; Random pore model; Activation energy
A comprehensive experimental procedure for CO2 coal gasification: Is there really a maximum reaction rate?
Keywords: مدل منحنی تصادفی; CO2 gasification; Maximum reaction rate; Random pore model; Char surface area; New gasification method; Thermogravimetric analysis
Application of random pore model for SO2 removal reaction by CuO
Keywords: مدل منحنی تصادفی; SO2 removal; CuO; Random pore model; Mathematical modeling; Conversion profiles; Break through curves;
Ash of palm empty fruit bunch as a natural catalyst for promoting the CO2 gasification reactivity of biomass char
Keywords: مدل منحنی تصادفی; CO2 gasification; Palm empty fruit bunch ash; Palm shell char; Random pore model; Activation energy;
Comprehensive gasification modeling of char particles with multi-modal pore structures
Keywords: مدل منحنی تصادفی; Char; Gasification; Combustion; Porous; Particle; Random pore model
Catalytic effect of iron species on CO2 gasification reactivity of oil palm shell char
Keywords: مدل منحنی تصادفی; CO2 gasification; Oil palm shell char; Iron species; Kinetic models; Random pore model
The random pore model with intraparticle diffusion for the description of combustion of char particles derived from mineral- and inertinite rich coal
Keywords: مدل منحنی تصادفی; High mineral coal-chars; Dense chars; Random pore model; Intraparticle diffusion
Parameters of high temperature steam gasification of original and pulverised wood pellets
Keywords: مدل منحنی تصادفی; Wood pellets; Char gasification; Random pore model; Grain model; Volumetric model
Modeling of catalytic gasification kinetics of coal char and carbon
Keywords: مدل منحنی تصادفی; Catalytic gasification; Coal char; Carbon; Random pore model; CO2 chemisorption
Finite element solution of the fluid–solid reaction equations with structural changes
Keywords: مدل منحنی تصادفی; Fluid–solid reactions; Random pore model; Modified grain model; Rayleigh–Ritz finite element method
The gasification reactivity of unburned carbon present in gasification slag from entrained-flow gasifier
Keywords: مدل منحنی تصادفی; Gasification slag; Unburned carbon; Random pore model; Integrated model
Kinetic study and mathematical modeling of coal char activation
Keywords: مدل منحنی تصادفی; Activated carbon; Activation; Kinetic study; Data unification; Random pore model; Quantize solution
Properties of high ash coal-char particles derived from inertinite-rich coal: II. Gasification kinetics with carbon dioxide
Keywords: مدل منحنی تصادفی; High ash chars; Dense chars; Carbon dioxide-char reaction rates; Random pore model