Held for the second time in the UK, the international conference in explosives and other energetics took place in June 2024. These conferences host international academics and practitioners who share and showcase research undertaken in this area. Particularly important is the part the UK plays, as one of the world leaders in this area, with the opportunity to provide unclassified and novel research.
This book contains the proceedings of this meeting and comprises unique, peer reviewed papers which are highly desirable for researchers in this field. Divided into two sections on synthesis, characterisation and diagnostics and artificial intelligence, simulation and modelling, the book captures the fundamental science of explosives and energetic materials that underpins deeper understanding of explosives, propellants, pyrotechnics and gas generators. All professionals from early careers through to subject matter experts will find topics of interest in this snapshot of research.
Synthesis, Characterization, and Energetic Performance of a New Copper Complex Based on 3,4,5-Trinitro-1H-Pyrazole
The Growth and Shock Testing of Large Single Crystal Energetics and Analogues
Calculating the Heat of Explosion for Non-ideal Explosives
Degradation Kinetics of Sea-dumped Decoy Flares
Computed Tomography of a Polymer Bonded Explosive
The Effects of Surface Finish on the Signal Return for Het-V Experiments Using Copper
Prediction of Material Properties of Energetic Materials Using Machine Learning Methods
UCM/MMP Cookoff Models for Explosives Containing RDX
Monte Carlo Analysis for Hot-spot Burning in Generalized Polygons
Expansion of High-fidelity Physics Capabilities for Simulating the Detonation and Behaviour of Explosive Materials
TATB Thermal Decomposition: An Improved Kinetic Model for Explosive Safety Analysis
Using AI for the Discovery and Synthesis of Advanced Energetic Materials
Numerical Framework for the Optimization of HVRB Parameters from Experimental Measurements
Analysis of the Burning of Spheres and Cubes
Analysis Technique for Reconstructing 2D Cylinder Wall Expansion
Frictional Heating Measurements in PBX 9501
Height:234
Width:156
Spine:15
Weight:503.00