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Exploration of High Precision Calculation Method for Critical Temperature of Thermal Reaction

机译:热反应临界温度高精度计算方法的探讨

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In order to obtain the critical temperatures of energetic materials thermal reaction in different scales, a multi-scale thermal reaction test system has been developed. In this experiment, the measurement method of thermal diffusivity of energetic materials under test conditions is added. Based on the measured thermal diffusivity in thermal reaction test, activation energy and pre exponential factor measured in laboratory. The critical temperatures of thermal reaction in different scales of DINA are calculated, the calculation results are verified by two different scale thermal reaction tests, and the test results are in good agreement with the calculation results. According to the above calculation method, the critical temperature of thermal reaction of DINA under actual process conditions is obtained;;it provides the basis of safety data for enterprise safety production.
机译:为了在不同尺度中获得能量材料热反应的临界温度,已经开发了一种多尺度的热反应测试系统。 在该实验中,加入了在试验条件下的能量材料热扩散性的测量方法。 基于热反应试验中测量的热扩散性,在实验室中测量的激活能量和预指数因子。 计算了DIONA不同尺度的热反应的临界温度,通过两种不同的刻度热反应试验验证了计算结果,测试结果与计算结果吻合良好。 根据上述计算方法,获得了DINA在实际过程条件下的热反应的临界温度;它为企业安全生产提供了安全数据的基础。

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