Initiation of furazanotetrazinedioxide and mixes on its basis by high-current electron beam

Abstract

The results of study of physicochemical processes developing in the samples of furazanotetrazinedioxide (FTDO) and its mixes with dinitrodiazapentane (DNP) upon irradiation by the high-current electron beam with the energy density varied in the range of 0.05-60 J/cm² are presented. Pre-explosion processes taking place in materials under examination at below threshold modes of excitation are studied. Electron beam threshold energy densities leading to explosive decomposition of FTDO and FTDO/DNP mixes are determined. Noticeable effect of the electron beam energy density on kinetic characteristics of explosive decomposition process of FTDO is discovered. Spectra of the products of FTDO explosive decomposition are measured at explosion initiation in the atmosphere.

Original language	English
Article number	012044
Journal	Journal of Physics: Conference Series
Volume	552
Issue number	1
DOIs	https://doi.org/10.1088/1742-6596/552/1/012044
Publication status	Published - 2014

ASJC Scopus subject areas

Physics and Astronomy(all)

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10.1088/1742-6596/552/1/012044

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Oleshko, V. I., Zarko, V. E., Lysyk, V. V., Tsipilev, V. P., & Kalmykov, P. I. (2014). Initiation of furazanotetrazinedioxide and mixes on its basis by high-current electron beam. Journal of Physics: Conference Series, 552(1), [012044]. https://doi.org/10.1088/1742-6596/552/1/012044

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title = "Initiation of furazanotetrazinedioxide and mixes on its basis by high-current electron beam",

abstract = "The results of study of physicochemical processes developing in the samples of furazanotetrazinedioxide (FTDO) and its mixes with dinitrodiazapentane (DNP) upon irradiation by the high-current electron beam with the energy density varied in the range of 0.05-60 J/cm2 are presented. Pre-explosion processes taking place in materials under examination at below threshold modes of excitation are studied. Electron beam threshold energy densities leading to explosive decomposition of FTDO and FTDO/DNP mixes are determined. Noticeable effect of the electron beam energy density on kinetic characteristics of explosive decomposition process of FTDO is discovered. Spectra of the products of FTDO explosive decomposition are measured at explosion initiation in the atmosphere.",

author = "Oleshko, {V. I.} and Zarko, {V. E.} and Lysyk, {V. V.} and Tsipilev, {V. P.} and Kalmykov, {P. I.}",

year = "2014",

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AU - Oleshko, V. I.

AU - Zarko, V. E.

AU - Lysyk, V. V.

AU - Tsipilev, V. P.

AU - Kalmykov, P. I.

PY - 2014

Y1 - 2014

N2 - The results of study of physicochemical processes developing in the samples of furazanotetrazinedioxide (FTDO) and its mixes with dinitrodiazapentane (DNP) upon irradiation by the high-current electron beam with the energy density varied in the range of 0.05-60 J/cm2 are presented. Pre-explosion processes taking place in materials under examination at below threshold modes of excitation are studied. Electron beam threshold energy densities leading to explosive decomposition of FTDO and FTDO/DNP mixes are determined. Noticeable effect of the electron beam energy density on kinetic characteristics of explosive decomposition process of FTDO is discovered. Spectra of the products of FTDO explosive decomposition are measured at explosion initiation in the atmosphere.

AB - The results of study of physicochemical processes developing in the samples of furazanotetrazinedioxide (FTDO) and its mixes with dinitrodiazapentane (DNP) upon irradiation by the high-current electron beam with the energy density varied in the range of 0.05-60 J/cm2 are presented. Pre-explosion processes taking place in materials under examination at below threshold modes of excitation are studied. Electron beam threshold energy densities leading to explosive decomposition of FTDO and FTDO/DNP mixes are determined. Noticeable effect of the electron beam energy density on kinetic characteristics of explosive decomposition process of FTDO is discovered. Spectra of the products of FTDO explosive decomposition are measured at explosion initiation in the atmosphere.

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