Spontaneous Ignition of Methane–Air Mixtures in a Wide Range of Pressures V. P. ZhukovV. A. SechenovA. Yu. Starikovskii OriginalPaper Pages: 487 - 495
Approximate Analytical Method for Calculating the Time Characteristics of Ignition of a Gas Mixture by a Heated Body B. S. SeplyarskiiT. P. Ivleva OriginalPaper Pages: 496 - 508
Some Phenomena During Flame Propagation in a Half‐Open Channel with an Obstacle A. V. Fedorov OriginalPaper Pages: 509 - 512
Experimental Study of Ignition of a Gasoline–Air Mixture in a Constant‐Volume Combustion Chamber Jeonghoon SongDae Hee Lee OriginalPaper Pages: 513 - 524
Thermal Decomposition of 2,4‐Dinitrobenzofuroxan and Some of Its Compounds with Metal Hydroxides B. A. Lur'eV. P. SinditskiiS. P. Smirnov OriginalPaper Pages: 534 - 543
Deformation Dynamics of a Reactive Medium During Gasless Combustion O. K. KamyninaA. S. RogachevL. M. Umarov OriginalPaper Pages: 548 - 551
Macrokinetics of Combustion of Monodisperse Agglomerates in the Flame of a Model Solid Propellant O. G. GlotovV. E. ZarkoA. D. Rychkov OriginalPaper Pages: 552 - 562
Determination of Characteristics of Thin‐Layer Thermoprotective Coatings by Solving Inverse Heat‐ and Mass‐Transfer Problems G. N. IsakovA. Ya. KuzinV. F. Ermolaev OriginalPaper Pages: 563 - 573
Autoignition Parameters and Detonation Critical Diameter of Hexanitromannite G. D. KozakE. I. Aleshkina OriginalPaper Pages: 574 - 580
Dynamic Topography of Silver Azide Pre‐Explosion Luminescence B. P. AduevÉ. D. AlukerA. Yu. Mitrofanov OriginalPaper Pages: 581 - 584
Polyvinylidene Fluoride Dynamic Pressure Gauge: Physical Model and Experimental Results V. A. BorisenokV. G. SimakovV. N. Romaev OriginalPaper Pages: 585 - 590
Effect of the Velocity of a Single Flying Plate on the Protection Capability Against Obliquely Impacting Long‐Rod Penetrators Hyunho ShinYo-Han Yoo OriginalPaper Pages: 591 - 600
Surface of a Titanium Target After Interaction with Shaped‐Charge Jet Particles S. A. GromilovS. A. KinelovskiiI. B. Kireenko OriginalPaper Pages: 601 - 605
Determination of Similarity of Explosives for a Model Experiment Ma Qin‐yongCai Mei‐feng OriginalPaper Pages: 606 - 609