A Study on Radial Properties of Hydrogenic Ions using Laguerre Polynomials

Gerda Pandu, R. Pingak, Albert Zicko Johannes, Zakarias Seba Ngara
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Abstract

A preliminary study has been carried out on the radial properties of the hydrogenic systems using the Laguerre polynomial. The aims of this study were to investigate radial properties of hydrogenic ions by evaluating the radial probability density, the most probable radial distance and the average distance of electron from the nuclei of hydrogenic ions. Based on the research results for Z=1 to Z=10 with the principal quantum number (n)=1 to 5, 150 radial function forms, 150 radial probability density, 150 most probable radial distance values and 150 electron average distance values were obtained. The most probable radial distance from the nucleus was compared with the Bohr model and showed the same results as the Bohr model.
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用Laguerre多项式研究氢离子的径向性质
利用拉盖尔多项式对含氢体系的径向性质进行了初步研究。本研究的目的是通过计算氢离子的径向概率密度、最可能的径向距离和电子离原子核的平均距离来研究氢离子的径向性质。基于主量子数(n)=1 ~ 5时Z=1 ~ Z=10的研究结果,得到了150种径向函数形式、150种径向概率密度、150种最可能径向距离值和150种电子平均距离值。最可能的径向距离与玻尔模型进行了比较,结果与玻尔模型相同。
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