Regularity of low-speed detonation processes in the shock-tubes
Journal Title: Metallurgical and Mining Industry - Year 2017, Vol 9, Issue 4
Abstract
The paper presents the results of studies of low-speed detonation processes in shock-tubes. The complex methodology of experimental studies of basic performance of the tubular detonating waveguide providing a sufficient degree of accuracy with an error of no more than 5% is applied. The mechanism of initiation by an electric explosive, development and low-speed damping of the shock front in the fiber cladding material deposited without explosives and detonation formation process along the length of the waveguide with a deposited layer of explosives is established. The points of its nucleation and growth to maximum velocity of detonation in the area of 0.5 m length and maintaining it at a constant level over the whole length in the range of values (for test samples) of about 1000 m / s are fixed.
Authors and Affiliations
Roman Zakusylo, Viktor Kravets
Keywords
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