| 110 - 112 |
The Fraunhofer Institute for Chemical Technology ICT - 40 years of applied research in defense technology
[Anonymous] |
| 113 - 118 |
Hot spots in energetic materials
Langer G, Eisenreich N |
| 119 - 125 |
The importance of micromechanical phenomena in energetic materials
Hubner C, Gessler E, Elsner P, Eyerer P |
| 126 - 133 |
Characteristic properties of an end burning grain with smoke reduced ferrocene containing composite propellant
Menke K, Gerber P, Geissler E, Bunte G, Kentgens H, Schoffl R |
| 134 - 139 |
Production of particles of explosives
Teipel U |
| 140 - 143 |
Influence of aluminium ammonium perchlorate on the performance of underwater explosives
Keieher T, Happ A, Kretschmer A, Sirringhaus U, Wild R |
| 144 - 148 |
Gas generator development for fire protection purpose
Schmid N, Eisenreich N, Baier A, Neutz J, Schroter D, Weiser V |
| 149 - 155 |
Analytical characterization of impurities or byproducts in new energetic materials
Bunte G, Pontius H, Kaiser M |
| 156 - 158 |
Microbial degradation of nitrocellulose in a composting environment
Pfeil A |
| 159 - 162 |
Synthesis and characterization of azido plasticizer
Drees D, Loffel D, Messmer A, Schmid K |
| 163 - 167 |
Burning behaviour of ADN formulations
Weiser V, Eisenreich N, Baier A, Eckl W |
| 168 - 175 |
Thermoanalytical screening of nitrogen-rich substances
Lobbecke S, Pfeil A, Krause HH, Sauer J, Holland U |
| 176 - 181 |
New gun propellant with CL-20
Mueller D |
| 182 - 188 |
Analysis of post detonation products of different explosive charges
Volk F, Schedlbauer F |
| 189 - 194 |
Modelling nitromethane combustion
Kelzenberg S, Eisenreich N, Eckl W, Weiser V |
| 195 - 198 |
Crystallization of HMX-particles by using the gas anti-solvent process
Teipel U, Forter-Barth U, Krause HH |
| 199 - 205 |
Aging of the binders GAP-N100 and HTPB-IPDI investigated by torsion-DMA
Bohn MA, Elsner P |
