Methods of research of the detonation and shock wave processes with the help of SR. Possibilities and prospects

Aleshaev, A.N.; Batrakov, A. M.; Fedotov, M. G.; Kulipanov, G.N.; Luckjanchikov, L.A.; Ljachov, N.Z.; Mishnev, S. I.; Sheromov, M.A.; Тен, К. А.; Титов, В.М.; Tolochko, B.P.; Zubkov, P. I.

doi:10.1016/s0168-9002(01)01061-0

Nuclear Instruments and Methods in Physics Research Section A:

2001

DOI: 10.1016/s0168-9002(01)01061-0

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Methods of research of the detonation and shock wave processes with the help of SR. Possibilities and prospects

A.N. Aleshaev

A. M. Batrakov

M. G. Fedotov

et al.

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Cited by 12 publications

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“…Under the shock loading, the explosives are pressurized and heated. Shock ignition refers to the rapid physical and chemical reaction of condensed explosives under shock loading [2]. If the shock pressure reaches the ignition pressure, then the shock ignition always starts from the first layer of shocked material [3].…”

mentioning

confidence: 99%

The investigation of the ignition mechanism of shocked 98 wt% hydrogen peroxide based on transmissivity measurement

Liao¹,

Sun²,

Wu³

et al. 2022

EPL

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The behavior of 98 wt% hydrogen peroxide in delay period under shock loading was researched by optical transmissivity in-situ detection system. The time evolution of the transmissivity of 98 wt% hydrogen peroxide in the delay period is firstly presented. The experimental phenomenon shows that when the shock pressure in hydrogen peroxide reaches the ignition level, a large number of clusters will be produced inside the hydrogen peroxide. The formation of new clusters provides the reserve of energy for ignition. Those clusters formed by hydrogen peroxide in the delay period may act as hot spots, which leads the homogeneous explosives to reach the heterogeneous state before ignition. This conclusion is reasonable for revealing the ignition mechanism of homogeneous explosive. The particle behavior in the delay period gives us a new method to detect the ignition pressure. The experiments also confirm that the ignition pressure of 98 wt% hydrogen peroxide is just between 9.3 GPa and 12.1 GPa.

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mentioning

confidence: 99%

The investigation of the ignition mechanism of shocked 98 wt% hydrogen peroxide based on transmissivity measurement

Liao¹,

Sun²,

Wu³

et al. 2022

EPL

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Relation between the atomistic picture and continuum mechanics description of detonating solid-state explosives

2003

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Molecular-dynamic study of detonation in a diatomic molecular crystal

Уткин

Golovnev

Фомин

2006

Computational Materials Science

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Methods of research of the detonation and shock wave processes with the help of SR. Possibilities and prospects

Cited by 12 publications

References 2 publications

The investigation of the ignition mechanism of shocked 98 wt% hydrogen peroxide based on transmissivity measurement

The investigation of the ignition mechanism of shocked 98 wt% hydrogen peroxide based on transmissivity measurement

Relation between the atomistic picture and continuum mechanics description of detonating solid-state explosives

Molecular-dynamic study of detonation in a diatomic molecular crystal

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