Zhang Fu-cai, Sun Xiao-gang, Xing Jian
Guang Pu Xue Yu Guang Pu Fen Xi. 2016 May;36(5):1598-1603.
The high temperature and destructive power, made it difficult to test the explosion temperature of thermo-baric explosive. To effectively assess heat damage effect of thermo-baric explosive, multi-spectral high temperature measurement system is applied to transient high temperature test of thermo-baric explosive. The emissivity and the true temperature of explosion flame are calculated by using the secondary measurement method. In the data acquisition system, the test instrument achieves data collection and transmission 500 meters away in combination with optical fiber sensing technology and under the precondition to guarantee the participants safety. The measurement results show that the designed measurement system has the advantages of simple operation, high safety and better application prospect.
高温和破坏力使得测试温压炸药的爆炸温度变得困难。为了有效评估温压炸药的热毁伤效果,采用多光谱高温测量系统对温压炸药进行瞬态高温测试。利用二次测量法计算爆炸火焰的发射率和真实温度。在数据采集系统中,测试仪器结合光纤传感技术,在保证人员安全的前提下,实现了500米外的数据采集与传输。测量结果表明,所设计的测量系统具有操作简单、安全性高和较好的应用前景等优点。