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Electronegativity, Interaction Parameter and Electronicpolarizability for Bisumth Borate Metal Glasses | Science Publications

机译:Bisumth硼酸盐金属玻璃的电负性,相互作用参数和电子极化率科学出版物

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> Problem statement: In the present work, we applied the concept of the optical electronegativity to predict basic properties of some ternary oxide glasses. Recently Optical electronegativity of many binary oxide glasses has been evaluated on the basis of two different parameters, the linear refractive index and the energy gap, which have demonstrated remarkable correlation. Approach: In this study, the refractive indexhas beendetermined through the optical electronegativity and obtain a perfect linear correlation between the calculated refractive index and the estimated values using the dielectric constant value of the prepared samples. Results: The average electronic oxide polarizability and the interaction parameter of our ternary oxide glasses have been estimated on the basis of the average optical electronegativity. Conclusion: The estimated values are in good agreement with the available experimental data. The present research is an improvement of the optical electronegativity determination.
机译: > 问题陈述:在当前工作中,我们应用了光学电负性的概念来预测某些三元氧化物玻璃的基本性能。最近,已经基于线性折射率和能隙这两个不同的参数对许多二元氧化物玻璃的光学负电性进行了评估,这两个参数已显示出显着的相关性。 方法:在本研究中,通过光学电负性确定了折射率,并使用制备的样品的介电常数值在计算的折射率和估计值之间获得了理想的线性相关性。 结果:基于平均光学电负性,估算了我们的三元氧化物玻璃的平均电子氧化物极化率和相互作用参数。 结论:估计值与可用的实验数据高度吻合。本研究是对光学电负性测定的改进。

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