SHOCK WAVES
Volume 9 , Number 3, 1999

Mdivnishvili MO, Super-spherical cumulation: shock collapse which is more
Sokolov IV, Taktakishvili MI, intense than the spherical one 149
Voinovich PA


Levin VA, Zhuravskaya TA Formation of blast waves as a result of a low pressure
domain decomposition 159

Veyssiere B, Khasainov BA, Investigation of the detonation regimes in gaseous mixtures
Arfi P with suspended starch particles 165


Tunik YuV Global modelling of heat release during initiation and
propagation of detonation and deflagration waves in
methane-air-particle systems 173

Schultz E, Knowlen C, Obturator and detonation experiments in the subdetonative
Bruckner AP ram accelerator 181


Johnson JN, Cheret R Shock waves in solids: an evolutionary perspective 193

Hikosaka H, Kusaba K, Numerical analysis in the shock synthesis of
Syono Y, Bennett LS, EuBa(2) Cu(3) O(201) 201
Tanaka K, Katayama M


Blanco E, Mexmain JM, Temperature measurements of shock heated materials using
Chapron P multispectral pyrometry: Application to bismuth 209


Houas L, Jourdan G, Report on the 6th International Workshop on the Physics
Meshkov E, Besnard D, of Compressible Turbulent Mixing 215
Haas J-F

Kaneshige MJ, Erratum
Hornung HG Gradients at a curved shock in reacting flow 219

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SHOCK WAVES

VOL. 9, NO. 2, APRIL 1999

Saito T, Takayama K Numerical simulations of nozzle starting process 73

Chebotareva El, Investigation of interaction between reflected shocks and
Aleshin AN, Zaytsev SG, growing perturbation on an interface 81
Sergeev SV

Qin N, Redlich A Massively separated flows due to transverse sonic jet in
laminar hypersonic stream 87

Chatterjee A Shock wave deformation in shock-vortex interactions 95

Auffret Y, Desbordes D, Detonation structure of C(2)H(4)-O(2)-Ar mixtures at elevated
Presles HN initial temperature 107

Sochet I, LamyT, Critical tube diameter for detonation transmission and critical
Brossard J, Vaglio C, initiation energy of spherical detonation 113
Cayzac R

Bielert U, Sichel M Numerical simulation of dust explosions in pneumatic
conveyors 125

Bouton E, Khasainov BA, Sensitization of two-dimensional detonations in nitromethane
Presles HN, Vidal P, by glass microballoons 141
Ermolaev BS

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SHOCK WAVES
Volume 9 , Number 4, 1999



O'Byme S, Doolan M, Measurement and imaging of supersonic combustion
Olsen SR, Houwing AFP in a model scramjet engine 221

KuryJW, Breithaupt RD, Detonation waves in trinitrotoluene 227
Tarver CM

Doolan CJ, Morgan RG A two-stage free-piston driver 239

Houas L, Meshkov EE, Overview of diagnostic methods
Jourdan G used in shock-tube investigations of mixing
induced by Richtmyer-Meshkov instability 249

Li H, Ben-Dor G Interaction of two Mach reflections over concave double
wedges-analytical model 259

Chpoun A, Leclerc E Experimental investigation of the influence of downstream
flow conditions on Mach stem height 269

Vidal P, Khasainov BA Analysis of critical dynamics for shock-induced adiabatic
explosions by means of the Cauchy problem
for the shock transformation 273

Technical note
SasohA, OgawaT, Use of ammonium nitrate-alcohol (ANA)
TakayamaK for ballistic range propellant 291

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