| 249 - 254 |
Effect of voids inside AP particles on burning rate of AP/HTPB composite propellant
Kohga M |
| 255 - 260 |
Combustion characteristics of a novel grain-binding high burning rate propellant
Guo XD, Li FS, Song HC, Liu GP, Kong LR, Li MN, Chen WF |
| 261 - 265 |
Effect of Zn powders on the thermal decomposition of ammonium perchlorate
Song MR, Chen M, Zhang ZJ |
| 266 - 270 |
Effect of nano-copper oxide and copper chromite on the thermal decomposition of ammonium perchlorate
Patil PR, Krishnamurthy VN, Joshi SS |
| 271 - 278 |
Production of exploding materials for electro explosive devices
Orbovic N, Luco AC, Bozovic M |
| 279 - 285 |
Application of nitramines coated with nitrocellulose in minimum signature isocyanate-cured propellants
Zhang W, Fan XZ, Wei HJ, Li JZ |
| 286 - 295 |
Hydrostatic compression curve for triamino-trinitrobenzene determined to 13.0 GPa with powder X-ray diffraction
Stevens LL, Velisavljevic N, Hooks DE, Dattelbaum DM |
| 296 - 300 |
Detonation performance of TATP/AN-based explosives
Matyas R, Zeman S, Trzcinski W, Cudzilo S |
| 301 - 310 |
On the correlation between miscibility and solubility properties of energetic plasticizers/polymer blends: Modeling and simulation studies
Abou-Rachid H, Lussier LS, Ringuette S, Lafleur-Lambert X, Jaidann M, Brisson J |
| 311 - 315 |
Validation of DSD relations for RDX-TNT-based cast explosives for lower diameters and D-n-kappa surface equation
Rofi SA, Fenglei H |
| 316 - 320 |
New method for prediction of the Gurney energy of high explosives
Keshavarz MH |
