Future Developments in Explosives and Energetics

The International Explosives Conference 2022 (IEC-2022) Proceedings;Synthesis, structure and reactivity of energetic nitrobis(pyrazolyl)benzenes;Energetic materials based on nanoporous carbon;Crystal structure and characterization of the well-known plasticizers ethylene glycol dinitrate, diethylene glycol dinitrate and triethylene glycol dinitrate;Impact and friction sensitivities of PETN during manufacture;Chemistry of aminated 5-azidotetrazoles: how to make sensitive materials even more sensitive;Natural and renewable resources for new inert and energetic polymeric binders – hazard properties;Small-scale characterisation of urea hydrogen peroxide explosive performance using heterodyne velocimetry;Iterative design studies on additively manufactured energy absorbing structures;Spatially resolved detonation pressure data from rate sticks;Cookoff reaction violence;Application of continuous velocity of detonation diagnostics to PE4 cylinder tests;Towards understanding the detonation properties of additively manufactured RDX: dry powder printed;The properties of detonating compositions prepared from submicron KClO4 and TiH2;Investigating XDT in rocket propellants;Estimating an enclosure temperature during solid propellant fires;Assessment of the constant shock-velocity assumption used in the analysis of one-dimensional overdriven detonation plate impact experiments;Experimental observation and modelling of contained detonations of PE4: what is the influence of afterburn?;Implementation of HVRB in LS-DYNA and application to detonation in hemispherical charges in ideal explosives;Models for the pinching of a confined hollow explosive cylinder containing air;The role of pressure-dependent viscoplasticity and volumetric dilation in energetic materials at intermediate strain rates;Maximum likelihood analysis of critical energy initiation criterion