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Explosives Jacques Boileau Claude Fauquignon Bernard Hueber Hans Meyer 1Consultant, Paris, France 2ISL Institut Franco-Allemand de Recherches de Saint-Louis, Saint-Louis, France 3Nobel Explosifs, Paris, France The article contains sections titled: 1. Introduction 2. Physical Properties and Chemical Reactions detonation Ideal detonation Deflagration and detonation Prediction of detonation Data Complete Calculation Approximation Methods Nonideal detonation Waves and Explosives Nonideal Explosive Compositions detonation of Cylindrical Cartridges Low- and High-Order detonation Velocity The Effect of Confinement The Buildup of detonation Combustion - Deflagration - detonation Transition (DDT) Shock-to- detonation Transition (SDT) Shock and Impact Sensitivity Classification of Explosives Functional Groups Nitro Group Other Groups 3.

2.1.1 Ideal Detonation A model of ideal detonation (ID) is shown in Figure 2, with steady flow to the end of the reaction zone. Stationarity requires the plane corresponding to the end of the reactions to be locally

  Explosives, Detonation