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New approach between the Optical Basicity and the Dielectric Constant through the Molar Polarizability for Some Binary Glasses | Science Publications

机译:通过二元摩尔摩尔极化率在光学碱度和介电常数之间的新方法科学出版物

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> Problem statement: In the present study, a new correlation between the optical basiciry which describes the electronic charge clouds around the oxide glass and the dielectric constant has been proposed through the molar polarizability of the binary oxide glasses. Approach: Two experimental forms have been suggested relating the optical basicity and the molar electronic polarizability. Hence, the dielectric constant and the optical basicity for some binary glass systems can be deduced. Results: The molar polarizability and the dielectric constant of these glasses exhibit a linear relation as represented with the optical basicity. We have applied the proposed relation on the binary glasses. Conclusion: It was found that a good agreement as the values determined with experimental results determined by previous researchers.
机译: > 问题陈述:在本研究中,通过摩尔极化率,提出了描述氧化物玻璃周围电子电荷云的光学基本原理与介电常数之间的新关系二元氧化物玻璃。 方法:提出了两种有关光学碱度和摩尔电子极化率的实验形式。因此,可以推导出某些二元玻璃系统的介电常数和光学碱度。 结果:这些玻璃的摩尔极化率和介电常数与光学碱度呈线性关系。我们已经将建议的关系应用于二元眼镜。 结论:发现与先前研究人员确定的实验结果所确定的值具有良好的一致性。

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