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1·The AC complex impedance method is widely used to charactrize electronic materials.

ac复阻抗方法已广泛地用于表征电子材料。

2·DSC, DMA, complex impedance analysis, SEM, and AFM were used to investigate the properties and morphology of the system.

运用差示扫描量热分析、动态力学分析、交流复阻抗谱、扫描电镜和原子力显微镜对体系性能和形态进行了研究。

3·Infrared analysis, DSC analysis and complex impedance analysis were used to study structure and ionic conductive property of this system.

通过红外光谱分析、DSC分析以及复阻抗谱分析等方法对体系的结构及离子导电性能进行了研究。

4·Through complex impedance spectra, SEM, XRD etc. tests, it was proved that the microstructure and PTC properties of the material were improved.

经复阻抗谱、SEM及XRD等测试分析表明，材料的微观结构得到了明显改善，PTC性能得以提高。

5·The conduction types and equivalent circuits have made further study based on complex impedance plots of the sensor in different relative humidity.

利用复阻抗分析进一步研究了元件在不同的湿度环境中的导电类型和等效电路。

6·For every lumped element a expression of the complex impedance with unified integral form and a capacitance formula in integral form are also given.

文中还给出了四种元件复阻抗的统一表达式和一个积分形式的电容公式。

7·Some useful conclusions are presented by MATLAB analyzing on ladder-shaped complex impedance network, and concerned calculation formula is introduced.

利用MATLAB对梯形复阻抗网络进行了分析计算，得出了一些有益的结论，并推导了有关的计算公式。

8·The equivalent circuit model of the CGO film was recommended, and the complex impedance spectroscopy of the CGO film was analyzed at different test temperatures.

提出了阻抗谱的等效电路，并对不同测试温度下CGO的阻抗谱进行了分析。

9·The complex impedance of the sensor was determined under various humidities to provide one requirement for selecting of parameters in the design of measuring circuit.

测定了这种传感器在不同湿度下的复数阻抗，为测量线路设计中的参数选择提供了必要的依据。

10·Tests of swelling curves, infrared spectra analysis and complex impedance analysis were carried out to understand structure and ionic conductive properties of the samples.

通过溶胀曲线测定、红外光谱分析、复阻抗分析等手段对材料的结构与离子导电性能进行了研究。