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Keyword [hydrogen storage performance]
Result: 21 - 40 | Page: 2 of 6
21. Investigations On The Hydrogen Storage Performance And Reaction Mechanism Of Amide-Hydride Systems
22. Hydrogen Storage Properties And Favorable Co-doping Mechanism Of LiBH4 Co-doped With H-BN Supported Nb-based Additions
23. Modification Methods Of Graphite And The Influence Of Its Surface Modification On The Electrochemical Hydrogen Storage Performance
24. Investigation On The Synthesis And Hydrogen Storage Performance Of Li-Ca-B-H Complex Systems
25. Researches On The Hydrogen Storage Performance Of LiBH4-based Composites With Fluorides
26. The Influence Of MoS2on The Phase Structure And Hydrogen Storage Properties Of Magnesium-based Alloys
27. Study On The Hydrogen Storage Properties Of2LiBH4-Li3AlH6System
28. Li - Al - N - H System Coordination Hydride Hydrogen Storage Performance Research
29. Investigations On Hydrogen Storage Properties Of The2LiNH2-MgH2Composite Material
30. Study On The Hydrogen Storage Performance And Microstructure Of NaAlH4and LiAlH4Doping With Rare Earth Oxides
31. The Effects Of Ball Milling And Catalyst On The Electroche-Ical Performance Of Mg2-xNdxNi （x=0.1-0.4） Hydrogen Storage Alloy
32. An Investigation On The Eelectrochemical Performance And Gaseous Hydrogen Storage Performance Of RE-Mg Based LaMgNi4-type Hydrogen Storage Alloy
33. Investigation On The Microstructure And Hydrogen Storage Performance Of Ti-Cr-Mn-Fe Based Alloys With High Desorption Pressure
34. Study On The Improvement Of Hydrogen Storage Performance Of NaAlH4Complex Hydride
35. Study On Effect Of Gas Impurities On Hydrogen Storage Performance Of2LiNH2+MgH2System
36. Design And Microstructure And Hydrogen Storage Properties Of The Lightweight And High Entropy Alloys Containing Magnesium
37. Studied On Synthesis And Hydrogen Storage Performance Of LiBH4@CMK-8 Composites Constructed By A 3-D Mesoporous KIT-6
38. Metal Hydrides Of Mg2NiH4-LiBH4 Hydrogen Storage Performance Impact
39. Improvement Of Hydrogen Storage Properties And Catalytic Mechanisms In The Li-Mg-N-H System
40. Theory Study Of Hydrogen Storage Performance Of TM-doped(TM=Scandium, Titanium And Vanadium) Covalent Organic Frame
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