Introduction to Detonation Theory

Wildon Fickett

University of California Press, Jan 1, 1985 - Science - 249 pages

Contents

• Fig 1A1 Shock driven by a constantvelocity piston: 5
• equations of motion for compressible flow with chemical reaction with: 13
• NONREACTIVE FLOW: 16
• Fig 2B1 Initial data and the solution region determined by it: 21
• Fig: 27
• Fig: 33
• Fig 2E1 Shockchange relation: 41
• REACTIVE FLOW: 46
• Fig 3B1 Fixed and equilibriumcomposition curves: 50
• EQUILIBRIUM INITIAL STATE: 81
• 1 Frozen and equilibrium curves: 82
• Fig: 88
• THE SIMPLEST DETONATION: 94
• 1 Steady detonation ZND model and nonreactive: 95
• Fig 5A2 Overdriven detonation: 101
• Fig: 107
• Fig 5B4 Steady solution characteristics in the shocktime: 112
• STEADY SOLUTIONS: 115
• Fig: 121
• Fig: 127
• Fig 6C3 Rayleigh line WS for the following shock: 133
• Fig: 142
• Role of the W separatrix: 148
• Fig: 154
• Fig: 160
• Fig 6G1 Phase transition with viscosity: 164
• Fig 6H2 Phase plane: 171
• STABILITY OF THE REACTION ZONE: 176
• 1: 180
• Fig: 186
• Fig 7C1 Contour in the complex p plane for: 196
• 1: 198
• Fig 7F1 Rate r 2kD1 212 Integrands: 209
• APPENDICES: 214
• CriticalPoint Analysis: 221
• Fig: 229
• Fig: 235
• 36: 238
• 15: 239
• 20: 247

Bibliographic information

• Title: Introduction to Detonation Theory; Basic and Applied Science; Los Alamos series in basic and applied sciences; Volume 5 of Studies on China
• Author: Wildon Fickett
• Publisher: University of California Press, 1985
• ISBN: 0520051254, 9780520051256
• Length: 249 pages
• Subjects: Science / General