Keywords: معطر; Sewage sludge; Amino acids; HZSM-5; Catalytic pyrolysis; Nitrogen; Aromatics;
مقالات ISI معطر (ترجمه نشده)
مقالات زیر هنوز به فارسی ترجمه نشده اند.
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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: معطر; Bio-oil; Thermal treatment; Reaction medium; Aromatics; Carboxylic acids;
Keywords: معطر; Pyrolysis; Bio-oil; Coke; Aromatics; Polymerization;
Keywords: معطر; Catalytic fast pyrolysis; Zeolite X; Zeolite Y; ZSM-5; Hydrolysis lignin; Aromatics; Phenolics; Catalyst acidity; Bronsted acidity;
Keywords: معطر; Bio-oil; Acid-treatment; Sulfuric acid; Solid acid catalyst; Aromatics; Carboxylic acids;
Keywords: معطر; Saturates; Aromatics; Resins; Molecular weight; Density; Solubility parameter; Asphaltene precipitation; Regular solution model; Thermocracking; Hydrocracking;
Keywords: معطر; Lignin; Pyrolysis behaviors; Chemical structure; Phenols chemicals; Aromatics;
Keywords: معطر; Cyclotrimerization; Aromatics; Hierarchical zeolite; Mesoporosity; Acetylene;
Keywords: معطر; Zeolite; Methane; Lignin; Catalyst; Aromatics;
Keywords: معطر; Alcohols; Alkenes; Aromatics; Oxohalogenation; Hydrogen peroxide; Magtrieveâ¢;
Keywords: معطر; Lignin-related model compound; Co-pyrolysis; Aromatics; Hydrogen donor;
Keywords: معطر; Co-liquefaction; Hydrolysis lignin; Lignite coal; Ethanol-water mixed solvent; Aromatics; Iron ore;
Keywords: معطر; Biomass; Torrefaction; Catalytic pyrolysis; Aromatics; Olefins; Fluidized-bed;
The influence of alkali and alkaline earth metals on char and volatile aromatics from fast pyrolysis of lignin
Keywords: معطر; Lignin; Pyrolysis; Ash; Aromatics; Alkali and alkaline earth metals; Catalyst;
Keywords: معطر; Linear alkylbenzene sulfonic acid; Hydrogen/feedstock molar ratio; Aromatics; Highly viscous component; Ar; aromatic hydrocarbons; ASA; linear alkylbenzene sulfonic acid; DAB; dialkylbenzenes; GC-MS; gas chromatography-mass spectrometry; HAR; heavy ar
Keywords: معطر; Deep eutectic solvents; Aliphatics; Aromatics; Liquid-liquid extraction; COSMO-RS;
Keywords: معطر; Alkali lignin; Nickel formate; Pyrolysis; Alkylphenols; Aromatics;
Keywords: معطر; Aromatics; Dendrimers; Fluorescence; Host–guest systems; Resonance energy transfer; Time-resolved fluorescence spectroscopy
Keywords: معطر; Soap-derived biokerosene; Sooting tendency; Freezing point; Normal paraffins; Cycloparaffins; Aromatics;
Keywords: معطر; Hydrotreatment; Bio-oil; Pyrolysis; Coke; Cracking; Light; Aromatics
Keywords: معطر; Hydrotreatment; Bio-oil; Coke; Heavy components; Aromatics;
Keywords: معطر; Landfill; Aromatics; Emission factor; Uncertainty; Health risk assessment;
Keywords: معطر; Energy; Exergy; Irreversibility; Aromatics
Keywords: معطر; Styrene; Ignition delay time; Laminar flame speed; Chemical kinetics; Aromatics;
Keywords: معطر; von Auwers rearrangement; Radical chain; Aromatics;
Keywords: معطر; Acid gases treatment; Advanced Claus process; Sulfur chemistry; Energy recovery; Sulfur recovery; Trace contaminants; Mercaptans; Benzene; Toluene and xylene; Thermal stage conversion; Catalytic stages; CO2; Ammonia; Light hydrocarbons; Aromatics; Carbon
Keywords: معطر; n-Butanol; Gasoline; Aromatics; Butylenes; HZSM-5;
Keywords: معطر; Triglycerides; Pyrolysis; Waste stream conversion; Steam cracking; Normal and branched alkanes; Detailed kinetic model; Aromatics;
Keywords: معطر; Aromatics; Titan's atmosphere; Aerosols; L2DI-MS;
Keywords: معطر; Sulfated zirconia; Removing olefins; Aromatics
Keywords: معطر; Counterflow diffusion flames; Soot; Aromatics; High pressure;
Keywords: معطر; Lignin; Pyrolysis; Zeolite; Aromatics; Si/Al Ratio
Keywords: معطر; Lubricity; Hydrodesulfurization; Ionic liquid extraction; Nitrogen; Aromatics;
Keywords: معطر; Extraction; Aromatics; Dipropylene glycol; Selectivity; Capacity;
Keywords: معطر; Ethylcyclohexane; Pyrolysis; Aromatics; Theoretical calculation; Synchrotron VUV photoionization mass spectrometry;
Keywords: معطر; Oil sands process-affected water; Pseudomonads; Toxicity; Aromatics; Biodegradation;
Keywords: معطر; Catalytic fast pyrolysis; Lignin; Phenols; Aromatics; Pyrolysis product yield
Keywords: معطر; Jet fuel range alkanes; Aromatics; Hydrotreating upgrading; Catalytic microwave pyrolysis; Raney nickel
Keywords: معطر; (Liquid + liquid) equilibrium; Aromatics; Phosphoric acid; NRTL model; UNIQUAC model;
Keywords: معطر; Porous carbon; Desulfurization; Heteroatom; Dibenzothiophene; Aromatics;
Keywords: معطر; Aromatics; Bioethanol residues; Lignin; Phenolics; Pyrolysis;
Keywords: معطر; Sulfur pentafluorides; Aromatics; Fluorination
Keywords: معطر; Microporous zeolites; Laminaria japonica; Catalytic pyrolysis; Aromatics;
Keywords: معطر; Iridium; Nanocatalyst; Zeolite; Hydrogenation; Aromatics;
Keywords: معطر; Water solubility; Aviation fuel; Dissolved water; Aromatics; Aircraft fuel systems;
Keywords: معطر; Graphene oxide nanoparticles; Adsorption; Polar compounds; Aromatics;
Keywords: معطر; Peroxy acetyl nitrate; Master Chemical Mechanism; OVOCs; Aromatics; Isoprene
Keywords: معطر; Low temperature coal tar; Hydrogenation; Aromatics; Reaction network
Keywords: معطر; Distillation; Dividing wall columns; Multi-partition columns; Aromatics
Keywords: معطر; Wastewater; Aromatics; Photooxidation; Mechanistic modeling; Structural-relationship modeling