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Prediction of thermal properties for energetic materials using isothermal analysis

机译:使用等温分析预测高能材料的热性能

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Thermal properties are most important characters in the field of energetic materials. Many tools and methods are developed for analysis and evaluation of energetic materials. Differential Scanning Calorimetry(DSC) is a typical method for thermal analysis not only for common chemicals but also energetic materials. Because energetic materials generally release certain amount of heat when they are decomposed, DSC is used frequently to evaluate thermal properties of energetic materials. In the DSC measurements, sometimes thermodynamic change such as melting interfere kinetic evaluation of materials. So isothermal method is often performed to avoid thermodynamic issues. In this research, we used AKTS thermokinetic program to predict thermal properties. Here in, we report prediction of properties for energetic materials using AKTS program through isothermal DSC measurements.
机译:热性能是高能材料领域中最重要的特征。开发了许多用于分析和评估含能材料的工具和方法。差示扫描量热法(DSC)是一种热分析的典型方法,不仅适用于常见化学物质,还适用于高能材料。由于高能材料在分解时通常会释放出一定量的热量,因此DSC经常用于评估高能材料的热性能。在DSC测量中,有时热力学变化(例如熔化)会干扰材料的动力学评估。因此经常采用等温方法来避免热力学问题。在这项研究中,我们使用AKTS热动力学程序来预测热性能。在这里,我们通过等温DSC测量报告了使用AKTS程序对高能材料的性能进行预测。

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