| Effect of Tracer Composition on Spectrum and Intensity of Burning Flame |
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Soon-Kil Kwon, Jun-Sik Hwang, Sang-Mu Lee |
| 예광제 조성이 연소 불꽃의 스펙트럼 및 광도에 미치는 영향 |
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권순길, 황준식, 이상무 |
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국방과학연구소 |
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| Abstract |
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Computer simulation was carried out to develop the tracer composition of a high performance to be able to be observed by not only the naked eye but also the thermal imaging system attached to the weapon system. The results of computer simulation show that the optimum Mg content among the trace compositions is about 40% and the formulation consisted of Viton A has a higher flame temperature compared with that of chloride compound. But the only use of Viton A radiates a yellow light and the composition adding a chloride compound radiates the red light. The light intensity of the tracer composition involving Viton A is higher than that of chloride compound. The tracer composition involving Viton A shows more clear images in case of all tests. |
| Key Words:
Tracer Composition, Thermal Imaging System, IR Radiation, Red Light |
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