Specific Features of the Flow in a Conical Shock Tube

Critical Conditions for Plane-to-Cylindrical Detonation Wave Transformation

(2019) V. N. Mikhalkin et al.   Russian Journal of Physical Chemistry B

Effect of the CH3 + O2 Reaction on the Kinetics of Autoignition of Hydrocarbons at High Temperatures

(2019) A. M. Tereza et al.   Russian Journal of Physical Chemistry B

Propagation of detonation in fuel–air mixtures in flat channels

(2016) S. V. Khomik et al.   Russian Journal of Physical Chemistry B

Explosively driven air blast in a conical shock tube

(2015) Joel B. Stewart et al.   REVIEW OF SCIENTIFIC INSTRUMENTS

Autoignition of propane behind shock waves

(2015) G. L. Agafonov et al.   Russian Journal of Physical Chemistry B

Initiation and suppression of explosive processes in hydrogen-containing mixtures by means of permeable barriers

(2015) S. V. Khomik et al.   RUSSIAN CHEMICAL BULLETIN

Response of preloaded thin composite panels subjected to underwater explosive loading

(2012) Erin Gauch et al.   COMPUTERS & STRUCTURES

Recovery and suppression of the detonation of hydrogen-air mixtures at an obstacle with orifices

(2011) S. P. Medvedev et al.   Russian Journal of Physical Chemistry B

On the efficiency of semi-closed blast inhibitors

(2010) B. E. Gelfand et al.   SHOCK WAVES