Keyword [high energy density materials]
Result: 1 - 20 | Page: 1 of 2 |
| 1. | Theoretical Predictive Study On The Structures And Properties Of Tri-s-triazines |
| 2. | Experimental And Theoretical Study On High Energy Density Materials (HEDM) |
| 3. | Theoretical Studies On Energetic Properties Of Nitrogen Heterocyclic Compounds And Tautomerism Of Cyameluric Acid |
| 4. | Molecular Design Of High Energy Density Materials (HEDM)-Cyclic Nitramines |
| 5. | Primary Investigations On The Molecular And Formulation Design Of Organic Cage High Energy Density Materials (HEDM) |
| 6. | An Exploring Study On Polynitrogen Cluster |
| 7. | Using Molecular Mechanics Force Field Method To Predict Thermodynamic Properties And State Function Under Extreme Condition |
| 8. | Methylene Compounds Synthesized 2,4,6,8 - Tetranitro -2,4,6,8 - Four-azabicyclo [3,3,0] Octane Exploration And Research |
| 9. | Studies On The Synthesis Of Tetrazole |
| 10. | Theoretical Study On A Series Of New Polynitrogen And Nitrogen-rich Compounds |
| 11. | Study On Design, Synthesis And Performance Of Novel N-heterocycle Explosives Base On Cucurbituril And Glycoluril Derivatives |
| 12. | Cage Compounds And Three-membered Ring Compounds Are Studied As High Energy Density Materials |
| 13. | Purine Compounds Are Studied As High Energy Density Materials |
| 14. | Research On The Synthesis Of Polynitroadamantanes |
| 15. | Theoretical Studies On Energetic Materials:All-nitrogen Molecules Encapsulated Inside Nanoscale Boron Nitrogen Cages And Tube |
| 16. | Research On The Synthesis Of Polynitroazaadamantanes |
| 17. | Phase Transition,Synthesis And Thermal Decomposition Of Ammonium Azide Under High Temperature And High Pressure |
| 18. | Crystal Design Of Green Energetic Beryllium Nitrogen Compounds Under High Pressure |
| 19. | Synthesis and characterization of metal complexes containing tetrazolate, poly(tetrazolyl)borate, and aryl pentazole ligands as high energy density materials |
| 20. | Synthesis and characterization of mechanically alloyed aluminum-based compounds as high energy density materials |
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