3 - 3 |
Untitled [Anonymous] |
4 - 13 |
Relationship between RDX properties and sensitivity Doherty RM, Watt DS |
14 - 19 |
Reduced sensitivity RDX obtained from Bachmann RDX Spyckerelle C, Eck G, Sjoeberg P, Amneus AM |
20 - 24 |
RDX and HMX with reduced sensitivity towards shock initiation - RS-RDX and RS-HMX Johansen OH, Kristiansen JD, Gjersoe R, Berg A, Halvorsen T, Smith KT, Nevstad GO |
25 - 32 |
Energetic materials: Crystallization, characterization and insensitive plastic bonded explosives van der Heijden AEDM, Creyghton YLM, Marino E, Bourna RHB, Scholtes GJHG, Duvalois W, Roelands MCPM |
33 - 36 |
Crystallization of insensitive HMX Kroeber H, Teipel U |
37 - 43 |
Reduced sensitivity RDX (RS-RDX) in pressed formulations: Respective effects of intra-granular pores, extra-granular pores and pore sizes Borne L, Mory J, Schlesser F |
44 - 50 |
Characterization of polymer-coated RDX and HMX particles Mattos ED, Moreira ED, Diniz MF, Dutra RCL, da Silva G, Iha K, Teipel U |
51 - 54 |
Metallized SWCNT - Promising way to low sensitive high energetic nanocomposites Assovskiy IG |
55 - 59 |
Particle size modification of thermally stable secondary explosives for IM applications Parker A, Claridge RP, Hamid J, Proud WG |
60 - 65 |
Statistical assessment methods for the sensitivity of energetic materials Alouaamari M, Lefebvre MH, Perneel C, Herrmann M |
66 - 72 |
Selection and synthesis of energetic heterocyclic compounds suitable for use in insensitive explosive and propellant compositions Millar RW, Hamid J, Endsor R, Swinton PE, Cooper J |