论文标题
$^{40} $ sc的基态磁偶极矩
Ground State Magnetic Dipole Moment of $^{40}$Sc
论文作者
论文摘要
从$ 3D4S \，^3 \ 3 \ text {d} _2 $ \，$ \ leftrightRightArrow $ 3d4p \ sciment $ 3d4p \ scrime text^3 d \ sc^3 \ sciment，$ 3d4p \ sciment^3 d \ scriment，^3 \ scriment，^3 \ scipt^3 \ scriment，$ 3d4p \ sciment，$ 3D4p \ sciment，$ 3D4P \}束束线激光光谱技术。基态磁偶极和电二极管矩首次确定为$μ$ \，= \，$+5.57（4）（2）\，μ_n$和$ q $ \，= \，= \，$+42（38）（28）（28）（28）（28）\，e^2 \;磁矩是通过添加性规则很好地再现的，在偶然杂乱的$^{40} $ ca核的附近，相邻奇数核的磁矩。还采用了Ab-Initio Multishell Valence-Space Hamiltonian来计算$^{40} $ SC的磁矩，该磁矩跨越了$ SD $和$ fp $核壳，我们获得了良好的协议。
The hyperfine coupling constants of the proton dripline odd-odd $^{40}$Sc nucleus were deduced from the hyperfine spectrum of the $3d4s\,^3\text{D}_2$\,$\leftrightarrow$\,$3d4p\,^3\text{F}^\circ_3$ transition in Sc II, measured by the bunched beam collinear laser spectroscopy technique. The ground state magnetic dipole and electric quadrupole moments were determined for the first time as $μ$\,=\,$+5.57(4)(2)\,μ_N$ and $Q$\,=\,$+42(38)(28)\,e^2\;{\rm fm^2}$, respectively. The magnetic moment is well reproduced by the additivity rule with magnetic moments of neighboring odd-even nuclei in the vicinity of the doubly-magic $^{40}$Ca nucleus. An ab-initio multishell valence-space Hamiltonian was also employed to calculate the magnetic moment of $^{40}$Sc, which spans across the $sd$ and $fp$ nuclear shells, where we obtained good agreements.
