sulfur-iodine cycle - Globe Thesis

Keyword [sulfur-iodine cycle] Result: 1 - 18 \| Page: 1 of 1
1.	Process Simulation Of Open-loop Sulfur-iodine Cycle For H₂ Production And Experimental Research On Two-phase Separation Of Bunsen Reaction
2.	The Experimental And Computational Chemistry Study On The Catalytic Decomposition Of Hydrogen Iodide Over Carbon Materials
3.	Process Simulation Of The ZnSI Themochemical Cycle And Experimental Research On The Production Of ZnI₂
4.	Bunsen Reaction And The Decomposition Of Hydrogen Iodide In The Thermochemical Sulfur Iodine Cycle Hydrogen Production Simulation And Experimental Study,
5.	Basic Research On HI Catalytic Decomposition,Membrane Separation And Purification In The Sulfur-iodine Cycle For Hydrogen Production
6.	Study On The Characteristics Of Electrochemical Bunsen Reaction In The Sulfur-Iodine Cycle For Hvdrogen Production
7.	Fundamental Research Of Sulfur-iodine Thermochemical Cycle Of H₂S Splitting For The Production Of Hydrogen And Sulfur
8.	Process Simulation Of Sulfur-iodine Cycle For Hydrogen Production And Experimental Research On Bunsen Reaction
9.	Mechanism Investigation Of Homogeneous And Catalytic By Activated Carbon Ash Decomposition Of HI In Sulfur-iodine Cycle
10.	Fundamental Research On Bunsen Reaction In The Sulfur-iodine Thermochemical Cycle For Hydrogen Production
11.	Fundamental Research On Sulfuric Acid Homogeneous And Catalytic Decomposition In Sulfur-iodine Cycle For Hydrogen Production
12.	Study On HI Separation And The Characteristics Of Electrochemical HI Decomposition In The Sulfur-Iodine Cvcle For Hydrogen Production
13.	Study Of HI Decomposition Catalyst And Whole Process System Design In Sulfur-iodine Cycle For Hydrogen Production
14.	Study Of Sulfur-resistant HI Decomposition Catalyst And Pilot System Design And Commissioning In Sulfur-Iodine Cycle For Hydrogen Production
15.	Study On The Forming Process And Performances Of Activated Carbon And Ru/C Catalysts In HI Decomposition
16.	Liquid-liquid equilibrium for iodine-hydroiodic acid-water mixtures at elevated temperatures and pressures for the sulfur-iodine cycle
17.	Life-cycle environmental assessment of the nuclear production of hydrogen using the sulfur-iodine cycle
18.	Study On The Preparation And Properties Of Membrane Electrode Assembly And Anode Catalysts In Electrochemical Bunsen Reaction
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