| Article title | Pages |
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| Title and imprint | |
Section 1. State and improvement of explosives, devices and blasting agents
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| Sysoev A.A., Kondratyev S.A., Katanov I.B. Experimental check of the probabilistic model of short-delay initiation of downhole charges system | 5-16 |
Section 2. Technology of blasting in the mining of solid minerals
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| Moldovan D.V., Chernobai V.I., Yastrebova K.N. The effect of construction charges on the particle size distribution of rock mass | 17-26 |
| Dugartsyrenov A.V., Vishnyakov A.K., Rakhmanov R.A. Explosive crushing of mineral salts in the borehole method of their production | 27-38 |
| Kokin S.V., Parhomenko D.M., Bervin A.V. Mass explosion parameter management | 39-52 |
Section 3. Usage of combustion processes and the impact of the explosion in industry
|
| Garifullin R.Sh., Mokeev A.А., Salnikov A.S. Full-scale tests of the device based on energy-saturated acid-generating material | 53-64 |
| Mukhutdinov A.R., Garifullin R.S., Vakhidova Z.R., Efimov M.G. Explosion welding simulation using ANSYS AUTODYNE | 65-73 |
Section 4. Overview of achievements in the world practice of blasting
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| H.P. Rossmanith The use of lagrange diagrams in precise initiation blasting. Part i: two interacting blastholes | 74-121 |
| Chatziangelou M., Christaras B. A geological classification of rock mass quality and blast ability for intermediate spaced formations | 122-142 |
| Shrey Arora, Kaushik Dey Estimation of near-field peak particle velocity: a mathematical model | 143-156 |
| Tannant D.D., Peterson J. Evolution of blasting practices at the EKATI™ diamond mine | 157-180 |
| Dane Blair, Alan Minchinton Near-field blast vibration models | 181-208 |
| Shulin Nie Experimental and numerical study of the dead-pressing of a chemically gassed emulsion explosive | 209-231 |
Section 5. Information, chronicle
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| In memory of Paramonov Gennady Petrovich | 232-233 |