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Keyword [thermochemical cycle]
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1. Fundamental Research Of Open-loop Sulfur-iodine Thermochemical Cycle For The Production Of Hydrogen And Sulfuric Acid
2. Process Simulation Of The ZnSI Themochemical Cycle And Experimental Research On The Production Of ZnI2
3. Graphene-based Catalysts For Hydrogen Production In A Sulfer Iodine Thermochemical Cycle
4. Apparent Kinetic Study On The Reverse Bunsen Reaction In The Iodine-Sulfur Thermochemical Cycle
5. Fundamental Research Of Sulfur-iodine Thermochemical Cycle Of H2S Splitting For The Production Of Hydrogen And Sulfur
6. Fundamental Research On Bunsen Reaction In The Sulfur-iodine Thermochemical Cycle For Hydrogen Production
7. The Experimental Study On Photo- Thermochemical Cycle Of Water- Splitting For Hydrogen Production Based On TiO2 Materials
8. The Computational Chemistry And Experimental Studv On Photo-Thermochemical Cvcle For CO2 Reduction
9. Simulation,optimization And Preliminary Design Of Heat Exchange Network Of Iodine Sulfur Process For Hydrogen Production
10. Studies On The Reduction Of CO2 Based On Photo Thermochemical Cycle Enhanced By Photo Reaction
11. Research On A Novel CO2 Mineralization Process Integrated With A Thermochemical Cycle For H2O Splitting
12. Research On Thermochemical Cycle For Hydrogen Production Based On Electrodeposition Of Iron In Molten Salts
13. Relationship Between Composition And Density Of HI-H2O-I2 Solution And Study Of The HI Concentration In The Iodine-sulfur Thermochemical Cycle For Hydrogen Production
14. Thermodynamic Analysis Of Solar Thermochemical Hydrogen Production
15. Improvement Of Service Life Of Ferrite Catalyst For Hydrogen Production And Lower Temperature Of Reaction
16. Copper chloride electrolyzer for the production of hydrogen via the copper-chlorine thermochemical cycle
17. System Integration and Optimization of Copper-Chlorine Thermochemical Cycle with Various Options for Hydrogen Production
18. Applications Of Metal Compounds In The System Of Thermochemical Energy Storage And Hydrogen Production Cycle Reaction
19. Study On The Characteristics Of Hydrogen Production By Microwave Two-step Thermochemical Cycle Water Splitting Based On High-Entropy Oxides
20. Study On The Characteristics Of CH4 Synergistic Cerium-based Thermochemical Circulating Water For Hydrogen Production
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