Issue 125/82 (2019)
Theory and practice of blasting work
|Title and imprint
Section 1. State and improvement of explosives, devices and blasting agents
|Sysoev A.A., Kondratyev S.A., Katanov I.B.
Experimental check of the probabilistic model of short-delay initiation of downhole charges system
Section 2. Technology of blasting in the mining of solid minerals
|Moldovan D.V., Chernobai V.I., Yastrebova K.N.
The effect of construction charges on the particle size distribution of rock mass
|Dugartsyrenov A.V., Vishnyakov A.K., Rakhmanov R.A.
Explosive crushing of mineral salts in the borehole method of their production
|Kokin S.V., Parhomenko D.M., Bervin A.V.
Mass explosion parameter management
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
|Mukhutdinov A.R., Garifullin R.S., Vakhidova Z.R., Efimov M.G.
Explosion welding simulation using ANSYS AUTODYNE
Section 4. Overview of achievements in the world practice of blasting
The use of lagrange diagrams in precise initiation blasting. Part i: two interacting blastholes
|Chatziangelou M., Christaras B.
A geological classification of rock mass quality and blast ability for intermediate spaced formations
|Shrey Arora, Kaushik Dey
Estimation of near-field peak particle velocity: a mathematical model
|Tannant D.D., Peterson J.
Evolution of blasting practices at the EKATI™ diamond mine
|Dane Blair, Alan Minchinton
Near-field blast vibration models
Experimental and numerical study of the dead-pressing of a chemically gassed emulsion explosive
Section 5. Information, chronicle
|In memory of Paramonov Gennady Petrovich