Iron-based Catalyst - Globe Thesis

Keyword [Iron-based Catalyst] Result: 101 - 120 \| Page: 6 of 7
101.	Study On Hydroxylation And Epoxidation Catalyzed By Go-doped Silica Combined Iron Or Heteropoly Acids
102.	Study On Modification And Kinetics Of Fe-Ti Spinel Catalyst
103.	Preparation Of Iron-based Catalyst By Plasma And Its Electrochemical Performance
104.	Iron-Catalyzed Alkylation Mechanism Of Secondary Amines With Alcohols Using Borrowing Hydrogen Strategy
105.	Preparation Of Nitrogen-doped Graphene-like Complex Iron-based Catalyst And Its Mechanism For Removing Refractory Organic Pollutants In Water
106.	Active Phase Structure Of Iron-based Catalyst Promoted By Non-metallic And Its Hydrodesulfurization Activity
107.	Construction And Oxygen Evolution Mechanism Investigation Of Oxyanion Modulated Nickel-Iron Based Catalyst
108.	Study On Iron-based Zeolite Catalysts For Producing Aromatics From Biosyngas
109.	Investigation On The Active Phases And Their Dynamic Evolution In Iron-based Catalysts During CO₂ Hydrogenation
110.	Catalytic Performance Of Carbon Supported Atomically Dispersed Iron Based Catalysts For Fischer-Tropsch Synthesis
111.	Study On The Application Of Novel Iron-based Catalysts In Advanced Oxidation Processes For Degradation Of Organic Contaminants
112.	Surface Research Of The Model System Based On Two-dimensional Iron-based Catalyst
113.	Study On Preparation And NH₃-SCR Performance Of Confined Iron Based Catalyst
114.	Anti-alkali Metal Poisoning Mechanism Of Iron-based Oxide Catalyst In NH₃-SCR
115.	Study On The Reduction Of Industrial Iron-Based Fischer-Tropsch Catalyst By Gas Phase Method
116.	Study On Hydrogenation Of Carbon Dioxide-Oligomerization To Long Chain Hydrocarbons
117.	Preparation Of Fe-based Catalysts And Its Application In The Synthesis Of Benzaldehyde Glycol Acetal
118.	Hydrogenation Of Oxalate To Ethanol Efficient Bimetal/ZrO₂ Study On Catalyst
119.	The Design Of Electrocatalysts From Deep Eutectic Solvent For Electrocatalytic Nitrogen Fixation
120.	Preparation Of Doped Fe-based MOFs Catalysts And Performance Of CO₂ Hydrogenation
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