Abstract

The spectroscopic amplitudes of the virtual decays of silicon isotopes \({}^{28(30)}\textrm{Si}(J_{B})\rightarrow p(t)+{}^{27}\textrm{Al}(J_{A})\) have been obtained using the wave functions of the \(1d{-}2s\)-shell nuclei in the Nilsson model. It has been shown that correct spectroscopy of the \(1d{-}2s\)-shell nuclei and consideration of their deformation has a significant effect on the values and signs of the spectroscopic amplitudes of both protons and tritons.

中文翻译：

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$$ {} ^ {\ mathbf {28}} \ mathbf {Si} \ boldsymbol {\ rightarrow p +} {} ^ {\ mathbf {27}} $$ Al和$$ {} ^的顶点处的光谱振幅{\ mathbf {30}} \ mathbf {Si} \ boldsymbol {\ rightarrow t +} {} ^ {27} $$ Al虚拟衰变

摘要

硅同位素虚拟衰减的光谱幅度\（{} ^ {28（30）} \ textrm {Si}（J_ {B}）\ rightarrow p（t）+ {} ^ {27} \ textrm {Al} （J_ {A}）\）是使用Nilsson模型中\（1d {-} 2s \）-壳核的波动函数获得的。已经显示\（1d {-} 2s \）-壳核的正确光谱学以及考虑其形变对质子和and核的光谱振幅的值和符号都有显着影响。