可燃元器件耐温时间新型测试装置的研制

Development of an apparatus for testing heat-resistance time of combustible devices

针对可燃元器件的特点,提出了适用于速射火炮用可燃元器件耐温时间测试方法,并研制了测试装置样机;通过采用光电倍增管配合光纤进行火焰检测,以及红外发射、接收管配合光纤检测烟雾,作为一种测定可燃元器件膛内耐温时间方法;经试验测试,该测试装置能有效测试烟雾和火焰信号;该装置也能应用于其他非金属材料的耐温特性测试。

Based on the characteristics of combustible cartridge case, a test method for heatresistance time of minor-caliber rapid-fire gun with high rate of fire is proposed and test apparatus prototype is developed. The method is to do the flame detection through the use of photomultiplier tubes combined with optical fiber and detecting smoke by using the infrared and receiver combined with optical fiber. The test experiments show that the apparatus can effectively test the signal smoke and flames. Moreover, it can be applied to the heat-resistance test of other nonmetallic materials.