- Further Decomposition Pathways of Mixtures of the Nitramines HMX, RDX and CL20 with the Energetic Binder Glycidyl Azide Polymer (GAP) – A Computational Study II
Further Decomposition Pathways of Mixtures of the Nitramines HMX, RDX and CL20 with the Energetic Binder Glycidyl Azide Polymer (GAP) – A Computational Study IIl
Manfred A. BOHN, Anton HAMMERL, Kate HARRIS and Thomas M. KLAPÖTKE
Keywords: calculation, decomposition, energetic binder, nitramine, solid rocket Propellants
Article (PDF) - Dislocation – Assisted Initiation of Energetic Materials
Dislocation – Assisted Initiation of Energetic Materials
Ronald W. ARMSTRONG
Keywords: dislocations, initiation, energetic crystals, x-ray topography, hardness, cracking, drop-weight impact, combustion, shock wave loading, crystal growth, plasticity, RDX, PETN, HMX, hot spots, sensitivity, crystal lattice modeling
Article (PDF) - Characterization of Deterred Propellants by Closed Vessel Tests: Importance of the Ignition Method
Characterization of Deterred Propellants by Closed Vessel Tests: Importance of the Ignition Method
Laurence JEUNIEAU, Michel H. LEFEBVRE, Marc C. PIRLOT, Pierre GUILLAUME
Keywords: deterred propellant, closed vessel tests, gaseous ignition, IR microscopy, ballistic firing
Article (PDF) - Some Notes on the Fundamentals of E.M. Initiation Towards a “Universal Sensitivity Characteristic”?
Some Notes on the Fundamentals of E.M. Initiation Towards a “Universal Sensitivity Characteristic”?
Hans J. PASMAN, Richard BOUMA, Nikolaos ZARZALIS and Max WEISS
Keywords: initiation, chemistry simulation, gas phase ignition
Article (PDF) - A Relationship between 15N NMR Chemical Shiftsand Detonation Characteristics of Polynitro Derivatives of Arenes and Polyazaarenes
A Relationship between 15N NMR Chemical Shiftsand Detonation Characteristics of Polynitro Derivatives of Arenes and Polyazaarenes
Svatopluk ZEMAN, Markéta PEŠKOVÁ
Keywords: detonation, initiation mechanism, polynitro arenes, 15N NMR chemical shifts, thermal decomposition
Article (PDF) - Application of LC-MSD and GC-ECD Techniques in the Analysis of Post-explosion Residues of Explosives with Content of 1,3,5-Trinitroso-1,3,5-triazinane
Application of LC-MSD and GC-ECD Techniques in the Analysis of Post-explosion Residues of Explosives with Content of 1,3,5-Trinitroso-1,3,5-triazinane
Róbert VARGA, Svatopluk ZEMAN and Jiří VÁGENKNECHT, Marek KOLOŽVÁRI
Keywords: explosive, LC-APCI/MS, GC-ECD, 1,3,5-trinitroso-1,3,5-triazinane, TMTA, trace analysis, 2,4,6-trinitrotoluene, TNT
Article (PDF)
Cejem , 2005
Vol 2 No 3
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