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Keyword [syngas conversion]
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1. Study On The Production Of Higher Alcohols Through Syngas Conversion
2. Study On The Production Of Fuel Alcohols Through Syngas Conversion
3. Co2C-based Nanocatalysis For Direct Production Of Lower Olefins Via Syngas With High Selectivity
4. A Theoretical Study Of The Syngas Conversion Mechanism On Fe2C Catalysts For Low-temperature Fischer-Tropsch Synthesis
5. Preparation Of CuFe Binary Catalysts Towards Syngas Conversion To Long-chain Alcohol
6. Preparation Of Cu-and Ni-based Nanomaterials And Their Application In Syngas Conversion
7. Preparation,modification And Catalytic Performance Of Catalysts Prepared By Plasma For Higher Alcohols Synthesis From Syngas
8. Synthesis And Modification Of SAPO-34 Zeolites And Theirs Application In The Conversion Of Syngas Into Lower Olefins
9. Effects Of Cu Catalyst Structure Modified By The Promoter Rh,Co And The Supporter Mo2C On The Catalytic Performance Of Syngas Conversion To C2 Oxygenates
10. Preperation And Modification Of Co3Mo3N Catalyst And Its Catalytic Performance For Syngas Conversion To Higher Alcohols
11. Research And Application Of Layered Double Hydroxides In Syngas Conversion
12. The Stability Of CoGa Catalysts Based On Layered Double Hydroxides In Syngas Conversion
13. Controllable Synthesis Of SAPO-34 Zeolite And Its Application In Synthesis Gas Conversion
14. Studies On Preparation Of Co2C Catalyst And Its Selective Regulation In Syngas Conversion Reaction
15. Syngas Conversion To Light Aromatics And Liquid Fuel:Selectivity Regulation On Bifunctional Catalysts
16. DFT Theoretical Studies Of Syngas Conversion Mechanism On MoP Catalyst
17. Design And Preparation Of MoS2-based Catalyst And Study Of The Performance For Syngas Conversion
18. Effects Of Preparation Process On The Structure-performance Relationship Of Co2C-based Catalyst For Direct Production Of Olefins Via Syngas Conversion
19. MAGNETIC AND MOESSBAUER CHARACTERIZATION OF IRON/ZEOLITE CATALYSTS AND SYNGAS CONVERSION STUDIES
20. Microbial Communities Involved in Carbon Monoxide and Syngas Conversion to Biofuels and Chemical
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