模拟技术在军事实验中的应用--以TATB基高能顿感含能材料为例

Application of simulation technology in military experiment--Take TATB based energetic materials as an example

现代军事实验普遍存在成本和危险性高、对环境破坏性强的问题,尤其在含能材料性能改进研究中更为凸显。模拟技术可以通过电脑软件,从理论上对新型含能材料的热性能、力学性能等进行模拟和可行性预测,在理论可行的前提下,再进行制备等研究实验,可有效降低成本、减少事故发生的可能性。文章以TATB/HMX高能钝感含能材料为例,利用MS模拟软件建模分析,对其制备从理论上仿真研究,预测其可行性。

Modern military experiments generally have the problems of high cost and danger, and strong destructiveness to the environment, especially in the study of performance improvement of energetic materials. The simulation technology can theoretically simulate and feasibility predict the thermal and mechanical properties of the new energetic materials through computer software. Under the premise of theoretical feasibility, experiments such as preparation can effectively reduce the cost and the possibility of an accident. This article takes TATB/HMX high-energy passivation energetic materials as an example, and theoretically simulates its preparation and predicts its feasibility, using MS simulation software for simulation and analysis.