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Temperature control modes in thermal analysis

机译:热分析中的温度控制模式

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摘要

Now we can use several temperature control modes, i.e., the isothermal run including stepwise heating and cooling, constant rate heating (or cooling), temperature control for sample thermal history, sample controlled thermal analysis (SCTA or controlled-rate thermal analysis, CRTA), temperature jump, rate jump, temperature modulation and repeated temperature scanning. Their advantages and drawbacks are reviewed with some illustrative examples, especially for application to kinetic analysis. The combined use of these varieties of temperature control mode is recommended by showing examples. Temperature modulation and repeated temperature scanning are discussed in comparison with temperature modulated DSC, and common and analogous points are elucidated. In relation to this, the possibility that an imaginary part of overall reaction rate constant in complex reaction is postulated. Finally, these modes are classified and tabulated from two viewpoints and other possible modes are shown.
机译:现在我们可以使用几种温度控制模式,即等温运行,包括逐步加热和冷却,恒定速率加热(或冷却),温度控制以进行样品热历史记录,样品控制热分析(SCTA或控制速率热分析,CRTA) ,温度跳变,速率跳变,温度调制和重复的温度扫描。通过一些说明性示例来回顾它们的优缺点,尤其是在动力学分析中。通过显示示例,推荐将这些类型的温度控制模式组合使用。与温度调制DSC相比,讨论了温度调制和重复温度扫描,并阐明了公共点和类似点。与此相关,假定了复杂反应中总反应速率常数的虚部恒定的可能性。最后,从两个角度对这些模式进行了分类和制表,并显示了其他可能的模式。

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