Prologue.
I. Shortcomings in the macroscopic plane-wave mode l of detonation.
II. Impedance mirror photography of H. Dean Mallory.
III. Pressure generating mechanis.
IV. Equations.
V. Pressure sources for modeling.
VI . Rayleigh's bubble model.
VII. Losses by volume variations.
VIII. Variety of initiation modes by bubbles.
I X. Various approaches to describe bubble dynamic phenomena.
X. Sensitivity testing.
XI. Low- (LVD) and slow-velocity det onation (SVD) of liquid explosives.
XII. Low velocity detona tion of solid explosives.
XIII. Case histories. XIV.
Dipole scattering.
XV. Finite shock rise.
X VI. Void precursors.
XVII. Alterations of hugoniots by bubbl e flow.
XVIII. Critical dimensions.
XIX. Critica l diameter(s) of nitromethane (NM).
XX. Smooth and rough pre ssure fronts, dark waves and DDT.
XXI. Shock tubes.
XXII. Detonation phenomena in charges with an axial cavity.