| 211 - 216 |
Impact parameters of projectiles
Held M |
| 217 - 220 |
Characteristics of the insensitive pressed plastic bonded explosive, DXD-59
Kim HS, Park BS |
| 221 - 223 |
Some aspects of time-temperature superposition principle applied for predicting mechanical properties of solid rocket propellants
Jeremic R |
| 224 - 226 |
Aluminum oxidation in nitramine propellant
Zhu J, Li SF |
| 227 - 231 |
Characterization of paste-extrudable explosives using a penetration test
Picart D, Manceau R, Faure JP |
| 232 - 236 |
Changes in the mechanical sensitiveness of explosives as a result of previous exposure to elevated temperatures
Freeder BGP, Wharton RK, Train AW |
| 237 - 241 |
Retonation tests
Held M |
| 242 - 245 |
An influence of the chemical structure of smoke-generating mixtures on laser radiation attenuation at 1.06-mu m and 10.6-mu m wavelengths
Cudzilo S, Paplinski A |
| 246 - 248 |
Theoretical and experimental research on the throat to port area ratio in a solid rocket motor
Wang NF, Feng W |
| 249 - 254 |
Mechanical properties of plateau burn azide composite propellants
Oyumi Y |
| 255 - 259 |
Quantitative characterization of internal defects in RDX crystals
Borne L, Patedoye JC, Spyckerelle C |
| 260 - 265 |
Spectroscopic and thermal studies on pentaerythritol tetranitrate (PETN)
Makashir PS, Kurian EM |
