Abstract
The burning spectrums of Mg/BaClO3 compositions were measured with the whole-band radiometer in order to analysis the distribution of burning spectrum in a state of static and air flow. The main energy radiation spectrums of Mg/Ba (NO3)2 compositions in a state of static and air flow are in the range of 620nm∼760nm, and the position of the strong radiation peak is same. The combustion time of Mg/BaClO3 compositions is 14.20s in a state of static, the wall temperature is 1298.23°C, the state of air flow is 8.63s and the wall temperature is 593.36°C. In a state of static, the Mg/BaClO3 compositions are mainly dissipated in the form of forced convection heat transfer, and heat dissipates mainly in the form of radiation.
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