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首页> 外文期刊>Current Physical Chemistry >Effect of Molecular Hardness on Ionic Characters, Bond Lengths, Bond Force Constants and Melting Points of Alkali Halides
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Effect of Molecular Hardness on Ionic Characters, Bond Lengths, Bond Force Constants and Melting Points of Alkali Halides

机译:分子硬度对离子特征,粘合长度,粘合力常数和碱卤化物熔点的影响

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Background: Chemical hardness is one of the most useful conceptual constructs of chemistry and physics and this quantity is an important tool in the understanding of behavior of chemical species. Method: In the present report, we have disclosed about the effect of molecular hardness on chemical properties like ionic character, bond length, bond force constant and melting point for alkali halides that are among the most familiar ionic crystals. Absolute hardness values of alkali halides have been calculated via molecular hardness equation published by us in the recent past. Conclusion: The results obtained and graphs plotted in the study demonstrated that ionic characters, bond lengths, bond strengths, bond force constants and melting points of alkali halides are closely associated with their absolute hardness values.
机译:背景:化学硬度是化学和物理最有用的概念构建之一,这一数量是理解化学物质行为的重要工具。 方法:在本报告中,我们已经公开了分子硬度对化学性质的影响,如离子特征,键合长度,碱性卤化物的碱性卤化物中的熔点恒定和熔点。 通过美国最近发表的分子硬度方程计算了碱金属卤化物的绝对硬度值。 结论:在研究中绘制的结果和图表绘制的图表证明了离子特征,键合长度,粘合强度,碱卤化物的熔粘力常数和熔点与其绝对硬度值密切相关。

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