模型空间(5d + 6s)中179Hfl超精细结构的半经验预测

J. Dembczyński, S. Bouazza, G. Szawioła, J. Ruczkowski
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引用次数: 12

摘要

采用模型空间(5d + 6s) 4的单体和双体相互作用同时参数化的方法,分析了铪原子低位态的精细结构。利用计算的本征函数,预测了磁偶极子A和电四极子B的超精细常数,以刺激有关179 Hf能级结构的实验工作。
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Semi-Emperical Predictions of the Hyperfine Structure of 179Hfl in the Model Space (5d + 6s)4
The fine structure of the low configurations of the atomic hafnium has been analysed by simultaneous parametrization of one and two body interactions for the model space (5d + 6s) 4 . Using the calculated eigenfunctions the magnetic-dipole A and electric-quadrupole B hyperfine constants were predicted to stimulate the experimental work concerning the energy level structure of 179 Hf.
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