Keywords: غیر فعال کردن کاتالیست; Fischer-Tropsch synthesis; Microchannel reactor; Co Fischer-Tropsch catalyst; Catalyst deactivation; Ammonia and hydrogen sulphide poisoning;
مقالات ISI غیر فعال کردن کاتالیست (ترجمه نشده)
مقالات زیر هنوز به فارسی ترجمه نشده اند.
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.
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: غیر فعال کردن کاتالیست; Tar removal; Methanol reforming; Guaiacol; Benzene; Catalyst deactivation;
Keywords: غیر فعال کردن کاتالیست; Greenhouse gases; Catalyst deactivation; Basicity; Solid solution; Carbon gasification;
Keywords: غیر فعال کردن کاتالیست; Acetic acid; Ketonisation; Metal oxides; Catalyst deactivation; Reaction mechanism;
Keywords: غیر فعال کردن کاتالیست; Carbon capture; Chemical looping technology; Methane decomposition; Catalyst deactivation;
Keywords: غیر فعال کردن کاتالیست; Steam methane reforming; Process modeling; Catalyst deactivation; Optimal control;
Keywords: غیر فعال کردن کاتالیست; Continuous catalytic regenerative reforming process; Radial flow moving bed reactor; Catalyst deactivation; Plug flow reactor; Multi-zone;
Keywords: غیر فعال کردن کاتالیست; Catalyst deactivation; Modeling; Heavy oil;
Keywords: غیر فعال کردن کاتالیست; Acetylene hydrogenation; Pseudo- homogeneous model; Heterogeneous model; Operating parameters; Catalyst deactivation;
Keywords: غیر فعال کردن کاتالیست; Hydrolysis; Boehmite; Protective layer; Catalyst deactivation;
Keywords: غیر فعال کردن کاتالیست; Hydrodeoxygenation (HDO); Bio-oil; Metal supported catalyst; Catalyst deactivation; Coke formation; Mechanisms;
Keywords: غیر فعال کردن کاتالیست; Reactor design; Catalyst deactivation; Optimization; Process intensification; Modeling;
Keywords: غیر فعال کردن کاتالیست; Oxidative steam reforming of methanol; Multiple steady states; Hydrogen production; Methanol combustion; Partial oxidation of methanol; Catalyst deactivation;
Keywords: غیر فعال کردن کاتالیست; Titanium dioxide; Thin film; Reactor engineering; Photocatalysis; Catalyst deactivation;
Keywords: غیر فعال کردن کاتالیست; Heterogeneous catalysis; Fixed bed methanation; Thiophene; Catalyst deactivation; Hydrocarbons;
Evaluation of activated carbons based on olive stones as catalysts during hydrogen production by thermocatalytic decomposition of methane
Keywords: غیر فعال کردن کاتالیست; Hydrogen; Methane decomposition; Activated carbon; Catalytic activity; Catalyst deactivation;
Keywords: غیر فعال کردن کاتالیست; Fluid catalytic cracking; FCC; Nanoporous materials; Zeolite catalysis; Catalyst testing; FCC additives; Catalyst deactivation;
Keywords: غیر فعال کردن کاتالیست; Carbon deposit; Catalyst deactivation; Ethanol steam reforming; Hydrogen;
Keywords: غیر فعال کردن کاتالیست; Firewood combustion; User behavior; Long term durability; Honeycomb catalyst; Catalyst deactivation;
Keywords: غیر فعال کردن کاتالیست; Ruthenium; Volatilization; Iron oxide; Catalyst deactivation; Three-way catalyst;
Ultrasound assisted synthesis of performic acid in a continuous flow microstructured reactor
Keywords: غیر فعال کردن کاتالیست; Ultrasound; PFA; Microstructured reactor; Amberlite IR-120H; Catalyst deactivation;
Keywords: غیر فعال کردن کاتالیست; Cumene; Benzene; Isopropanol; Alkylation; Beta-zeolite; Catalyst deactivation;
Keywords: غیر فعال کردن کاتالیست; Hydroprocessing; Asphaltene characterization; Spent slurry catalysts; Catalyst deactivation;
Keywords: غیر فعال کردن کاتالیست; Fixed-bed catalytic reactor; First principle model; Catalyst deactivation; Artificial neural network; Dynamic modeling; Catalytic process;
Keywords: غیر فعال کردن کاتالیست; Fischer-Tropsch synthesis; Catalyst deactivation; Carbon formation; Oxygenate; Carboxylic acid; Alumina support;
Keywords: غیر فعال کردن کاتالیست; Pd hydrodechlorination catalysts; Catalyst coating; Catalyst deactivation; Catalyst long-term activity; Water treatment
Keywords: غیر فعال کردن کاتالیست; Tar conversion; Methanation; Modeling; Tar removal kinetics; Catalyst deactivation;
Keywords: غیر فعال کردن کاتالیست; Crude terephthalic acid; Catalyst deactivation; Integrated framework of simulation and heuristics; Control structure design; Economics
Keywords: غیر فعال کردن کاتالیست; Catalytic membrane reactors; Catalyst deactivation; Pore blockage; Chemical warfare agents; DMMP; Mathematical modeling
Keywords: غیر فعال کردن کاتالیست; Catalyst activity; Catalyst characterization; Catalyst deactivation; Autothermal reforming; Commercial diesel fuel; Fuel cells;
Keywords: غیر فعال کردن کاتالیست; Operating strategies; Autothermal reforming; Diesel; Water-gas shift reactor; Catalyst deactivation; High-temperature polymer electrolyte fuel cell system;
Keywords: غیر فعال کردن کاتالیست; Catalyst characterization; Hydrotreating; Catalyst deactivation
Keywords: غیر فعال کردن کاتالیست; Shilov reaction; Catalyst deactivation; Reaction mechanism and kinetics; Reactivity and selectivity; Deuterium-isotope exchange
Keywords: غیر فعال کردن کاتالیست; Oxidation; Thiophene; Catalyst deactivation; Kinetics
Keywords: غیر فعال کردن کاتالیست; Catalytic steam reforming; Hydrogen; Bio-oil composition; Reactivity; Catalyst deactivation
Keywords: غیر فعال کردن کاتالیست; Decalin; Ring opening; Continuous reactor; Catalyst deactivation
Keywords: غیر فعال کردن کاتالیست; Catalyst deactivation; Hydrotreating; Atmospheric residue
Keywords: غیر فعال کردن کاتالیست; Plastic waste pyrolysis; Induction heating; Catalyst deactivation; Regeneration;
Keywords: غیر فعال کردن کاتالیست; Carbon deposition; Catalyst deactivation; Fischer–Tropsch synthesis; FTS chain growth mechanism; Cobalt FTS
Keywords: غیر فعال کردن کاتالیست; Catalysis; Catalyst deactivation; Supercritical fluid; Reaction engineering; Ethanol fermentation stillage; Fuel
Keywords: غیر فعال کردن کاتالیست; Dual-membrane reactor; Heterogeneous model; Dynamic simulation; Catalyst deactivation
Keywords: غیر فعال کردن کاتالیست; Ligand degradation; Oxo complexes; Catalyst activation; Catalyst deactivation; NHC; Ligand robustness
Keywords: غیر فعال کردن کاتالیست; Allothermal gasification; Tar reforming; Desulfurization; Hydrodesulfurization; Catalyst deactivation;
Keywords: غیر فعال کردن کاتالیست; Ethanol steam reforming; H2 production; Ni catalysts; Silica; Zirconia; Catalyst deactivation; Coking
Keywords: غیر فعال کردن کاتالیست; Dynamic simulation; Methanol synthesis; Adsorption; Optimization; Catalyst deactivation; Zeolite 4A;
Keywords: غیر فعال کردن کاتالیست; síntesis de metanol; reactor de lecho catalítico; simulación en estado estacionario; modelo matemático; desactivación de catalizadormethanol synthesis; catalytic bed reactor; steady-state simulation; mathematical model; catalyst deactivation
Keywords: غیر فعال کردن کاتالیست; Aging cycles; Rapid aging tests; Automotive emission control catalysts; Catalyst deactivation;
Keywords: غیر فعال کردن کاتالیست; Dynamic simulation; Methanol synthesis; Sorption-enhanced reaction; Dual-bed reactor; Catalyst deactivation; Zeolite 4A
Keywords: غیر فعال کردن کاتالیست; Dynamic simulation; Methanol synthesis; Adsorption; Hydrogen permeation; Optimization; Catalyst deactivation
Keywords: غیر فعال کردن کاتالیست; Catalyst deactivation; Kinetics; Mathematical modeling; Supported multifunctional catalysts; Probability models; Nanostructure effects