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Keyword [Ammonia borane]
Result: 1 - 20 | Page: 1 of 8
1. Synthesis, Assembly And Properties Of Rare Earth Metal-Organic Frameworks
2. Structural And Dynamical Properties Of Hydrogen Sulfide And Ammonia Borane Under High Pressure: An Ab Initio Molecular Dynamics Study
3. Preparation Of BN Micro/Nanomaterials From Ammonia Borane And Their Formation Mechanisms
4. Synthesis Of Porous Materials And Application On Hydrogen Stoarge Of Ammonia Borane
5. Computational Study Of Catalyzed Dehydrogenation Of Ammonia Borane For Chemical Hydrogen Storage
6. The Research On The Deposition Of Transition Metal Nanoparticles On The Surface Of Graphene And Its Applications In Catalyst
7. Synthesis Of Pt-based Nanoparticles And Their Catalysis For The Hydrolytic Dehydrogenation Of Ammonia Borane
8. Study On Thermal Performance Of Boron-hydrogen Compound-ammonia Borane
9. Preparation, Hydrolysis Performance And Transformation Of Ammonia Borane
10. Theoretical Study Of Ammonia Borane Compound Structure And Hydrogen Storage Thermodynamic Properties
11. Borohydride And Ammonia Of Metal (mg, Zn) And Chloride Combine Hydrogen And Mechanism
12. The Effect Of Support In NH3BH3 Dehydrogenation: A Firstprinciples Study
13. The Synthesis Of Carbon Nanotube Based Nano-composite And Mechanism Study Of Catalysis For The Hydrolytic Dehydrogenation Of Ammonia Borane
14. Hydrogen Generation From Catalytic Hydrolysis Of Ammonia Borane With N-Pyridylpyrazole Iridium Complexes
15. Synthesis Of Carbon-based Composites And Their Application In The Hydrolysis Of Ammonia Borane
16. Reduction Of Carbonyl Compounds With Ammonia-Borane In Water
17. Amine Borane (nh < Sub > 3 < / Sub > Bh < Sub > 3 < / Sub >) Composite Hydrogen Storage Materials And The Mechanism Of Thermal Decomposition Properties And Research Of The Alkyl Derivatives
18. Preparation Of Micronano-Transition Metal Composites For The Hydrolysis Of Ammonia Borane
19. Synthesis And Performance Investigation Of Catalysts For Hydrogen Generation From Hydrous Hydrazine/Ammonia Borane
20. Study On The Dehydrogenation Mechanism And Improvement Of BN-Based Hydrogen Storage Materials
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