Patil Deepak S, Konale Manisha, Wagner Tomas
Department of Chemistry, New Mexico Highlands University, Las Vegas, NM 87701, USA.
School of Mechanical & Materials Engineering, Washington State University, Pullman, WA 99164, USA.
Data Brief. 2019 Jan 18;22:1052-1056. doi: 10.1016/j.dib.2019.01.025. eCollection 2019 Feb.
Impedance spectroscopy is a valuable tool for the analysis of the ionic conductivity of both solid and liquid state materials. Chalcogenide glasses are well known for their high ionic conductivity nature and wide compositional flexibility. As the GeSbSe material has high glass forming ability, it is expected that the materials can be doped with a high amount of foreign element (in the present case Ag). For all of these reasons, the GeSbSe materials can be expected as a potential candidate for solid state electrolyte for ionic batteries. The ionic conductivity behavior of Ag(GeSbSe) chalcogenide glasses were studied using impedance a primary tool. In the present article, you will find the impedance data of Ag(GeSbSe) chalcogenide glass system. From the impedance data, real and imaginary parts of conductivities were extracted and plotted as a function of applied frequency. The interpretation of the current article data were given in "Percolation behavior of Ag in Ge16Sb12Se72 glassy matrix and its impact on corresponding ionic conductivity" [1].
阻抗谱是分析固态和液态材料离子电导率的一种有价值的工具。硫属化物玻璃以其高离子导电特性和广泛的成分灵活性而闻名。由于GeSbSe材料具有高玻璃形成能力，预计该材料可以掺杂大量的外来元素（在本文中为Ag）。基于所有这些原因，GeSbSe材料有望成为离子电池固态电解质的潜在候选材料。使用阻抗作为主要工具研究了Ag(GeSbSe)硫属化物玻璃的离子导电行为。在本文中，你将找到Ag(GeSbSe)硫属化物玻璃体系的阻抗数据。从阻抗数据中，提取了电导率的实部和虚部，并将其绘制为施加频率的函数。当前文章数据的解释在《Ag在Ge16Sb12Se72玻璃基体中的渗流行为及其对相应离子电导率的影响》[1]中给出。
