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AC Conductivity and IR Spectroscopy of mixed alkali Borogermanate Glasses

机译:混合碱金属硼酸玻璃的交流电导率和红外光谱

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FTIR, refractive index and Impedance spectroscopy techniques are employed on xNa_2O-(30-x)Li_2O-0B_2O_3-30GeO_2 glasses where x ranged between 0 and 30 mol% have been investigated [1]. Indices of refraction in the present glasses are determined by using Abbe Refractometer and observed to be remaining constant at 1.494. The data for AC conductivity of the present glasses in the frequency range from 100 Hz to 5 MHz are analyzed using Cole-Cole type impedance response function. In low lithium containing glasses the impedance spectra shows a single semi-circle whereas, at high temperatures the impedance spectra shows two joined and depressed semicircles, in high lithium glasses. The structural properties have been determined employing FTIR spectroscopy. The findings were discussed on the basis of band assignments present in the glasses [1-2].
机译:FTIR,折射率和阻抗光谱技术在XNA_2O-(30-x)Li_2O-0b_2O_3-30GeO_2上使用,其中已经研究了0至30mol%之间的x范围[1]。 通过使用ABBE折射计确定本发明眼镜中的折射率,并且观察到在1.494处剩余恒定。 使用COLE-COLE型阻抗响应函数分析频率范围内的频率范围内的本眼镜的AC电导率数据。 在含低锂锂的眼镜中,阻抗光谱显示单个半圈,而在高温下,阻抗光谱显示在高锂玻璃中的两个连接和抑郁的半圆。 已经确定了使用FTIR光谱法测定的结构性质。 在眼镜中存在的频带分配[1-2]的基础上讨论了调查结果。

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