The technology of the strong light blindness ammunition

Shu Hong Ba; Qing Jie Jiao; Zhi Ming Du

The technology of the strong light blindness ammunition

Shu Hong Ba^*, Qing Jie Jiao, Zhi Ming Du

^*Corresponding author for this work

School of Mechatronical Engineering

Research output: Contribution to journal › Article › peer-review

3 Citations (Scopus)

Abstract

The radiation mechanism, formulation composition, properties test and the disturbance on night vision equipment with strong flash blindness ammunition are studied. The results show that the trinary formulation containing KClO₄, Al and epoxy resin (mass ratio is 50: 50: 3) has higher radiation and lower sensitivities. The ammunition security is greatly improved when 1% micro-powder graphite is added into the trinary formulation. When 80 g charge amount of trinary formulation(the mass ratio of KClO₄, Al and epoxy resin is 50: 50: 3) is loaded into the simulation bomb, the luminesced intensity at visible region is more than 5.0 × 10⁷ cd and the radiation intensity at near-infrared band exceeds 2.1 × 10⁵ W · sr^-1. Moreover, 40 g charge amount of the trinary formulation has obvious disturbance on night vision equipment at 37 m.

Original language	English
Pages (from-to)	118-122
Number of pages	5
Journal	Hanneng Cailiao/Chinese Journal of Energetic Materials
Volume	14
Issue number	2
Publication status	Published - Apr 2006

Keywords

Micro-powder graphite
Military chemistry and pyrotechnics
Pattern bomb
Radiation intensity
Sensitivity
Strong light blindness ammunition

Cite this

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title = "The technology of the strong light blindness ammunition",

abstract = "The radiation mechanism, formulation composition, properties test and the disturbance on night vision equipment with strong flash blindness ammunition are studied. The results show that the trinary formulation containing KClO4, Al and epoxy resin (mass ratio is 50: 50: 3) has higher radiation and lower sensitivities. The ammunition security is greatly improved when 1% micro-powder graphite is added into the trinary formulation. When 80 g charge amount of trinary formulation(the mass ratio of KClO4, Al and epoxy resin is 50: 50: 3) is loaded into the simulation bomb, the luminesced intensity at visible region is more than 5.0 × 107 cd and the radiation intensity at near-infrared band exceeds 2.1 × 105 W · sr-1. Moreover, 40 g charge amount of the trinary formulation has obvious disturbance on night vision equipment at 37 m.",

keywords = "Micro-powder graphite, Military chemistry and pyrotechnics, Pattern bomb, Radiation intensity, Sensitivity, Strong light blindness ammunition",

author = "Ba, {Shu Hong} and Jiao, {Qing Jie} and Du, {Zhi Ming}",

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T1 - The technology of the strong light blindness ammunition

AU - Ba, Shu Hong

AU - Jiao, Qing Jie

AU - Du, Zhi Ming

PY - 2006/4

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N2 - The radiation mechanism, formulation composition, properties test and the disturbance on night vision equipment with strong flash blindness ammunition are studied. The results show that the trinary formulation containing KClO4, Al and epoxy resin (mass ratio is 50: 50: 3) has higher radiation and lower sensitivities. The ammunition security is greatly improved when 1% micro-powder graphite is added into the trinary formulation. When 80 g charge amount of trinary formulation(the mass ratio of KClO4, Al and epoxy resin is 50: 50: 3) is loaded into the simulation bomb, the luminesced intensity at visible region is more than 5.0 × 107 cd and the radiation intensity at near-infrared band exceeds 2.1 × 105 W · sr-1. Moreover, 40 g charge amount of the trinary formulation has obvious disturbance on night vision equipment at 37 m.

AB - The radiation mechanism, formulation composition, properties test and the disturbance on night vision equipment with strong flash blindness ammunition are studied. The results show that the trinary formulation containing KClO4, Al and epoxy resin (mass ratio is 50: 50: 3) has higher radiation and lower sensitivities. The ammunition security is greatly improved when 1% micro-powder graphite is added into the trinary formulation. When 80 g charge amount of trinary formulation(the mass ratio of KClO4, Al and epoxy resin is 50: 50: 3) is loaded into the simulation bomb, the luminesced intensity at visible region is more than 5.0 × 107 cd and the radiation intensity at near-infrared band exceeds 2.1 × 105 W · sr-1. Moreover, 40 g charge amount of the trinary formulation has obvious disturbance on night vision equipment at 37 m.

KW - Micro-powder graphite

KW - Military chemistry and pyrotechnics

KW - Pattern bomb

KW - Radiation intensity

KW - Sensitivity

KW - Strong light blindness ammunition

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JF - Hanneng Cailiao/Chinese Journal of Energetic Materials

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The technology of the strong light blindness ammunition

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