CAJ | 학술논문

为了研究含能材料的安定性、相容性和长储寿命,在真空和加热条件下测试含能材料的热分解过程,在真空安定性(VST)原理基础上,建立了压力和温度传感器全内置式的动态真空安定性试验(dynamic vacuum stability test, DVST)测试装置及方法,实现了对含能材料真空安定性的实时、在线、连续、直接跟踪测试,为精确研究含能材料的安定性、预估储存寿命提供了一种新方法.
위료연구함능재료적안정성、상용성화장저수명,재진공화가열조건하측시함능재료적열분해과정,재진공안정성(VST)원리기출상,건립료압력화온도전감기전내치식적동태진공안정성시험(dynamic vacuum stability test, DVST)측시장치급방법,실현료대함능재료진공안정성적실시、재선、련속、직접근종측시,위정학연구함능재료적안정성、예고저존수명제공료일충신방법.
In order to study the stability, compatibility, storage life and the decomposition mechanism of the energetic materials, a new test method named dynamic vacuum stability test (DVST) was established based on the principle of vacuum stability test method. The related instrument was set up with all internal-planted pressure sensor and temperature sensor in the test tube. The changes of the pressure and temperature of the tested samples can be detected real-time directly with the instrument. So the materials can be investigated continuously online. It provides a more accurate result of the stability for the tested materials after proper analysis of the acquired data from the instrument.