Titlebook: Energetic Materials at Extreme Conditions; David I.A. Millar Book 2012 Springer-Verlag Berlin Heidelberg 2012 Energetic materials.Equation

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paradigm

https://doi.org/10.1007/978-94-009-9981-7f breaking the walls of the chamber and causing damage to the surroundings. One should note, however, that the high-pressure (HP) shock-wave that passes through the energetic material itself is many orders of magnitude greater than this.

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Introduction,f breaking the walls of the chamber and causing damage to the surroundings. One should note, however, that the high-pressure (HP) shock-wave that passes through the energetic material itself is many orders of magnitude greater than this.

extract

David I.A. MillarNominated by the University of Edinburgh for a Springer Theses Prize.Introductory chapters are an excellent way into high -pressure research and energetic materials for newcomers to the field.Highly d

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https://doi.org/10.1007/978-94-009-9981-7tures in a reproducible manner upon stimulus by heat, impact, shock, spark, etc., generally with the release of large quantities of hot gaseous products. A chemical explosion arises when an exothermic transformation occurs over an extremely short timescale (typically <0.01?s). Due to the speed of th

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Emile Zola and the Hyperbole of Consumption,he distortion. The azide anions are broadly organised into layers, but half of the anions are rotated out of the plane to allow hydrogen bonding between the ammonium ion and the negative termini of the azide ions.

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Thomas H. Maugh II,Jean L. Marxs. The high-pressure/high-temperature polymorph of RDX has been determined and has been shown to be distinct from the highly metastable β-form at ambient conditions, with which is it has previously been confused. This has led to it being re-named the ε-form. Furthermore, an equation of state has bee