Font Size: a A A
Keyword [Energetic material]
Result: 1 - 20 | Page: 1 of 5
1. Theoretical Investigation On Several Kinds Of Caged Energetic Materials And The Molecular Devices Of S-Triazine Series
2. Preparation Of Supramolecular Energetic Compounds And Study On Their Insensitivity
3. Research On The Theory And Practice Of The Interaction Of The Plasma And Energy Material
4. Theoretical Study On The New Energetic Material LLM-105 And Its Analogues
5. Study On Synthesis And Thermal Decomposition Of High-Nitrogen Compounds And Their Energetic Materials
6. Theoretical Study Of Stabilities And Tautomerism On Energetic Material N_nH_n(n=4~6)
7. Optimizing Process Of Porous Silicon Powder By Chemical Etching Method And Its Explosive Performance Evaluation
8. Theoretical Study On The Structures And Proper Properties Of The Isomers Of N6H6 And Nn(CH)6-nH6(n=0~5)
9. Theoretical Study On The Structures And Properties Of The Isomers Of N8H8
10. Preparation And Characteristic Of NaClO4/Porous Copper Composite Energetic Material
11. The Studies Of Superfining Preparations And Properties Of Potassium Picrate And Potassium Perchlorate Coprecipitation Composite Ignition
12. Study On ADN Hygroscopicity Modified By Coctytallization
13. Several Types Of Explosives Intermolecular Interactions In The Theoretical Research
14. Nitroimidazole And Pyridine Ketones Energetic Materials Synthesis, Structure And Thermal Decomposition Behavior
15. Studies On Synthesis Of Azofurazan Derivatives And Furazantetrazine
16. The Preparation And Structure Properties Research Of Novel Nanometer Aluminum/Fluorinated Polymer Energetic Material
17. Improvement Of The Synthetically Process Of 2,6-Diamino-3,5-Dinitropyrazine-1-Oxide
18. Studies On Synthesis Of New High-nitrogen Energetic Materials Derived From Tetrazole
19. Design, Synthesis And Performance Study Of Nitroguanidine-based Derivatives
20. Preparation And Properties Of Core-shell Composite Energetic Material Prepared By The Suspension Spray Drying Method
  <<First  <Prev  Next>  Last>>  Jump to