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An Method for Calculating Infrared Radiation Intensity of Mg/PTFE Composition

Minghua Chen

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Abstract

An empirical calculation method of infrared radiation intensity for Mg/PTFE composition was established under the condition of constant-surface and reduced-surface combustion. The specific radiation energy, the linear combustion speed and the cooling time of infrared radiation after combustion were obtained from a set of experiments, and then the infrared radiation intensity was calculated and discussed.

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An empirical calculation method of infrared radiation intensity for Mg/PTFE composition was established under the condition of constant-surface and reduced-surface combustion. The specific radiation energy, the linear combustion speed and the cooling time of infrared radiation after combustion were obtained from a set of experiments, and then the infrared radiation intensity was calculated and discussed.

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Available abstract

An empirical calculation method of infrared radiation intensity for Mg/PTFE composition was established under the condition of constant-surface and reduced-surface combustion. The specific radiation energy, the linear combustion speed and the cooling time of infrared radiation after combustion were obtained from a set of experiments, and then the infrared radiation intensity was calculated and discussed.

Key concepts: Infrared, Radiant intensity, Radiation, Intensity (physics), Combustion, Materials science, Radiant energy, Composition (language)

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