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介电谱方法能够对体系非破坏连续监测了解体系有关动力学、结构特征和电的性质 ,在化学研究中发挥着很大的作用。分散系介电理论公式大多是复杂的复数方程 ,解析时繁琐的数学推导、拟合及求解高次方程给介电研究带来很大困难。为了解决上述问题 ,本文利用C ++语言并引入复数类对Maxwell Wagner界面极化理论和Hanai理论的介电解析以及Cole Cole公式的模拟进行了程序化 ,讨论了Hanai理论曲线的影响因素 ;同时把该程序应用于微乳状液及文献中球型分散体系的介电解析 ,结果表明该程序能有效、准确地根据体系的介电参数解析出体系的相参数 ,进一步分析可得到体系的结构特性 ,提高了介电谱方法定性和定量研究的水平
The dielectric spectroscopy method can continuously monitor the system non-destructive understanding of the system dynamics, structural characteristics and electrical properties, play a great role in chemical research. Most of the dispersive system dielectric theory formulas are complex complex equations. Complicating complicated mathematical equations, fitting and solving high-order equations bring great difficulties to dielectric research. In order to solve the above problems, this paper uses C ++ language and introduces complex classes to program Maxwell Wagner’s interface polarization theory and Hanai’s theory of dielectric analysis and Cole Cole formula, and discusses the influencing factors of Hanai’s theoretical curve. At the same time, The program is applied to the dielectric analysis of the microemulsion and the spherical dispersion in the literature. The results show that the program can effectively and accurately analyze the phase parameters of the system based on the dielectric parameters of the system. Further analysis can be obtained structural properties of the system , Raising the level of qualitative and quantitative studies of dielectric spectroscopy methods