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首页> 外文期刊>Modern Physics Letters, B. Condensed Matter Physics, Statistical Physics, Applied Physics >VARIATION OF THE POWER LAW EXPONENTS IN THE ANALYSIS OF UNIVERSAL DYNAMIC RESPONSE
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VARIATION OF THE POWER LAW EXPONENTS IN THE ANALYSIS OF UNIVERSAL DYNAMIC RESPONSE

机译：普遍动力响应分析中幂律指数的变化

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摘要

Frequency dependence of AC conductivity of four different solid electrolyte materials (covering electronic conduction, mixed conduction and ionic conduction) have been performed and the experimental data were analyzed according to a power law, which were frequently referred to as the so-called universal dynamic response (UDR). Results indicated for the four different materials, the power law exponent first decreases with increasing temperature. At a certain temperature, it exhibits a minimum and then increases again. For this novel phenomenon, the preliminary theoretical explanations and predictions also have been presented.
机译：已经对四种不同的固体电解质材料（覆盖电子传导，混合传导和离子传导）的交流电传导率进行了频率依赖性，并且根据幂定律分析了实验数据，这通常被称为通用动态响应。 （UDR）。结果表明，对于四种不同的材料，幂律指数首先随温度升高而降低。在一定温度下，它呈现出最小值，然后再次升高。对于这种新现象，还提供了初步的理论解释和预测。

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