Keywords: غیرفعال کردن; Palladium catalysts; Hydrogen titanate nanotubes; Cross-coupling Heck reaction; Catalytic activity; Deactivation;
مقالات ISI غیرفعال کردن (ترجمه نشده)
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Keywords: غیرفعال کردن; Triglyceride; Kinetic modelling; Dual sites; Transesterification; Deactivation
Keywords: غیرفعال کردن; Inhibition; Deactivation; Enzyme; Phenolic compounds; Sugarcane bagasse;
Keywords: غیرفعال کردن; Mesoporous carbon; 5-Hydroxymethylfurfural; Biomass conversion; Heterogeneous catalysis; Deactivation;
Keywords: غیرفعال کردن; Egg-shell catalysts; Selective acetylene hydrogenation; Deactivation; Advanced TEMKIN reactor
Keywords: غیرفعال کردن; Deactivation; End of life; Do-not-resuscitate; Implantable cardioverter defibrillator; Shock therapy;
Keywords: غیرفعال کردن; Allyl compounds; Deactivation; Hydrosilylation; Iridium catalysis; Mechanism; Silanes
Keywords: غیرفعال کردن; Isomerization; Hexadecene; Solid acid catalysts; Nafion; Macroporous resins; Zeolites; Tungstated zirconia; Deactivation
Keywords: غیرفعال کردن; Sulfonated hydrothermal carbon; Sulfonic solids; Esterification; Deactivation; Acid catalysts
Keywords: غیرفعال کردن; CO2 hydrogenation; Hierarchical meso–macroporous alumina; Methanol; Catalyst; Deactivation; Stability
Keywords: غیرفعال کردن; Sulfonated hydrothermal carbon; Sulfonic solids; Esterification; Deactivation; Acid catalysts
Keywords: غیرفعال کردن; Hydrogen production; Methane decarbonization; Carbon catalyst; Deactivation; Solar reactor; Kinetics;
Keywords: غیرفعال کردن; Hydrogen; Ethanol reforming; Mechanism; Deactivation; Sintering;
Keywords: غیرفعال کردن; Lignocellulosic hydrolysate; Inhibition; Deactivation; Cellulases;
Keywords: غیرفعال کردن; Acrolein; Conversion; Deactivation; Dehydration; Glycerol; Kinetic model;
Keywords: غیرفعال کردن; Fischer-Tropsch synthesis; Cobalt; Graphene; Activity; Deactivation; Stability;
Keywords: غیرفعال کردن; Mechanosensitivity; Mechanical properties; Priming; Depriming; Immune response; Inflammation; Circulation; Migration; Activation; Deactivation; Mechanobiology; Mechanotransduction;
Keywords: غیرفعال کردن; ethanol steam reforming; hydrogen; commercial catalyst; selectivity; deactivation
Keywords: غیرفعال کردن; Supported skeletal Ni catalyst; Deactivation; Regeneration; Indene and styrene; Hydrogenation
Keywords: غیرفعال کردن; Deactivation; Pore plugging; Heavy oil
Keywords: غیرفعال کردن; Gold nanoparticles; Catalytic wet peroxide oxidation; Phenol; Deactivation; Kinetic model
Keywords: غیرفعال کردن; Multiwalled carbon nanotubes; Agglomerate growth; Cobalt catalyst; Reaction kinetics; Deactivation; Reactor model
Keywords: غیرفعال کردن; Biogas; Steam reforming; Catalyst poisoning; Kinetics; Deactivation; Regeneration
Keywords: غیرفعال کردن; Residue oil; Continuous kinetic model; TOS; Deactivation
Keywords: غیرفعال کردن; Biogas; Reforming; Catalyst poisoning; Kinetics; Deactivation; Modeling
Keywords: غیرفعال کردن; Hydroprocessing; Heavy oil; Residue; Deactivation; Coke and metal deposition
Keywords: غیرفعال کردن; High-concentrated acetylene; Tin-promoted catalyst; Deactivation; Isolated adsorption site; Green oil; Intermetallic
Keywords: غیرفعال کردن; Hydrotreating; Heavy oil; Kinetics; Deactivation; Thermal reactions
Keywords: غیرفعال کردن; Fischer–Tropsch; Cobalt; Deactivation; Sintering; Gas-to-liquid
Keywords: غیرفعال کردن; Lanthanum; Beta zeolite; Glycerin dehydration; Deactivation
Keywords: غیرفعال کردن; Alcohol oxidation; Platinum; Deactivation; In situ ATR-IR spectroscopy; TPD; Heterogeneous catalysis; Diol;
Keywords: غیرفعال کردن; Dehydrogenation; Pt-catalyst; Linear alkyl benzene; Deactivation; Optimal activity; Mathematical model
Keywords: غیرفعال کردن; Dry reforming; Coke formation; Deactivation; Nickel; Nickel carbide; Methane; CO2; DFT; Microkinetics;
Keywords: غیرفعال کردن; PAH; Soot; Oxidation; Kinetics; Fragmentation; Deactivation
Keywords: غیرفعال کردن; Nickel nano-particle; Alloy catalyst; Methane decomposition; Kinetic model; Deactivation
Keywords: غیرفعال کردن; Emotion regulation; fMRI; Meta-analysis; Amygdala; Deactivation;
Keywords: غیرفعال کردن; Fluid Catalytic Cracking; Infrared microscopy; Zeolites; Deactivation; Acidity;
Keywords: غیرفعال کردن; Pain; Neurotoxicant; Nociceptor; Gulf War Illness; Deactivation; Nav1.8;
Keywords: غیرفعال کردن; HZSM-5 zeolite; Mg modification; Acidity; FCC naphtha; Deactivation
Keywords: غیرفعال کردن; Dehydrogenation; Deactivation; Regeneration; Multiphase; Coke
Keywords: غیرفعال کردن; CO oxidation; Catalyst pretreatment; Deactivation; Au catalyst; Au/CeO2; XPS; DRIFTS; XAS
Protecting a Pd/CB catalyst by a mesoporous silica layer
Keywords: غیرفعال کردن; Deactivation; Carbon; Mesoporous silica; Glucose oxidation; Palladium;
Data-driven tensor independent component analysis for model-based connectivity neurofeedback
Keywords: غیرفعال کردن; Neurofeedback; Real-time fMRI; Visual-spatial attention; Data-driven; Model-based; Tensor independent component analysis; Dynamic causal modeling; Activation; Deactivation; Recovery processes;
Determination of hydrogen isotopes and isomers by different deactivated alumina PLOT columns
Keywords: غیرفعال کردن; Hydrogen isotope separation; Hydrogen spin isomers; Activated alumina; Deactivation; PLOT column;
Fischer-Tropsch synthesis: Effect of carbonyl sulfide poison over a Pt promoted Co/alumina catalyst
Keywords: غیرفعال کردن; Fischer-Tropsch synthesis; COS poison; Cobalt catalysts; XANES; Deactivation; Selectivity;
Importance of the Cu oxidation state for the SO2-poisoning of a Cu-SAPO-34 catalyst in the NH3-SCR reaction
Keywords: غیرفعال کردن; NH3-SCR; SO2 poisoning; Deactivation; Cu-CHA; DFT;
Effect of atmosphere on carbon deposition of Ni/Al2O3 and Ni-loaded on lignite char during reforming of toluene as a biomass tar model compound
Keywords: غیرفعال کردن; Carbon deposition; Toluenereforming; Ni-loaded on lignite char; S/C ratio; Deactivation;
Effect of different potassium species on the deactivation of V2O5-WO3/TiO2 SCR catalyst: Comparison of K2SO4, KCl and K2O
Keywords: غیرفعال کردن; SCR catalysts; Deactivation; Potassium species; Acid sites; Redox ability;
Bimodal mesoporous TiO2 supported Pt, Pd and Ru catalysts and their catalytic performance and deactivation mechanism for catalytic combustion of Dichloromethane (CH2Cl2)
Keywords: غیرفعال کردن; Catalytic oxidation; Chlorinated VOCs; Deactivation; Carbon species; Chlorine poisoning;
Hydrodeoxygenation of p-cresol as a model compound for bio-oil on MoS2: Effects of water and benzothiophene on the activity and structure of catalyst
Keywords: غیرفعال کردن; MoS2; Hydrodeoxygenation; p-Cresol; Deactivation; Water; Benzothiophene;