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Keyword [Hydrogen storage]
Result: 41 - 60 | Page: 3 of 10
41. Theoretical Investigations On Structure, Electronic Properties, And Gas Adsorption Of BN Nanotube With Vacancy Defects Or Doped Defects
42. First-Principles Study On The Structure And Properties Of M-N-H System Clusters
43. Investigations On The Thermodynamics And Kinetics Of Mg-based Hydrogen Storage Materials
44. An Investigation On The Prepatation And Electrochemical Properties Of New Type Co-Si Material And Mg-based Hydrogen Storage Alloy
45. The Study Of Hydrogen Absorption And Desorption Effect Of Sevsral Metal And Their Lithium Alloys
46. Surface And Adsorption Behaviors Of Several Low-Dimensional Materials
47. Theoretical Studies Of Hydrogen Storage Materials Based On Metal-organic Carbide
48. Synthesis, Assembly And Properties Of Rare Earth Metal-Organic Frameworks
49. Preparation, Texture And Hydrogen Adsorption Properities Of Mesoporous Silica Aerogels And Microporous Activated Carbons
50. Study On The Preparation, Modification And Electrochemical Properties Of Mg-based And AB5-type Hydrogen Storage Alloys
51. A Theoretical Study On Hydrogen Storage Of Boron Nitride Clusters
52. Study Of Plasma Reduction On Carbon-based Materials
53. Study On Controllable Preparation, Characterization, Magnetic Functionalization And Application Of Porous Polystyrene-based Microspheres
54. Structural Investigation And Hydrogen Storage Properties Of R-Mg-Ni (R=Ca And La) Alloys With Layered Structure
55. Study On The Modification Of Overall Properties And Related Mechanism Of Nd-Mg-Ni-Co Hydrogen Storage Alloys By Magnetic Annealing
56. Improving The Hydrogen Storage Properties Of Metal Complex Hydrides By Nano-composite And Catalysis
57. Effects Of Nanocrystallization On Thethermodynamics And Hydrogen Storage Properties Of Mg-based Hydrogen Storage Alloys
58. Study On Preparation Of Mg-Based Hydrogen Storage Materials And Its Hydrogenation Properties To Carbon Disulfide And Thiophene
59. Controllable Synthesis, Growth Mechanism And Hydrogen Storage Properties Of α-Fe2O3 Micro/Nanomaterials
60. A Study On The Microstucture And Hydrogen Storage Properties Of Ti-V-Fe Based Alloys
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