Acta Physica Sinica, Volume. 68, Issue 9, 093101-1(2019)

Ab initio calculation of hyperfine-structure constant A of Fr and evaluation of magnetic dipole moments of Fr isotopes

Bing-Qiong Lou1, Fang Li1, Pei-Yan Wang1, Li-Ming Wang1, and Yong-Bo Tang1,2、*
Author Affiliations
  • 1College of Physics and Materials Science, Henan Normal University, Xinxiang 453000, China
  • 2Faculty of Arts and Sciences, Shenzhen Technology University, Shenzhen 518118, China
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    Figures & Tables(6)
    Electron correlation effects in hyperfine-structure constant A for S1/2, P1/2, P3/2, D3/2 and D5/2 states of 212Fr.212Fr原子S1/2, P1/2, P3/2, D3/2和D5/2态磁偶极超精细结构常数中的电子关联效应
    Ratios of direct effect ADF, core polarization effect ACP, pair correlation effect APC, and the total of the three effects AT = ADF + APC + ACP to the CCSD, results A for S, P and D states against the principal quantum number n: (a) ADF/A; (b) ACP/A; (c) APC/A; (d) AT/A.直接效应ADF、核极化效应ACP、对关联效应APC, 以及相对于CCSD的3种效应的总和AT = ADF + ACP + APC, 针对主量子数n的S, P和D态的结果A的比率 (a) ADF/A; (b) ACP/A; (c) APC/A; (d) AT/A
    • Table 1.

      Hyperfine-structure constant A for the S states of 212Fr in MHz.

      212Fr原子S态的超精细结构常数A (单位: MHz)

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      Table 1.

      Hyperfine-structure constant A for the S states of 212Fr in MHz.

      212Fr原子S态的超精细结构常数A (单位: MHz)

      能级${A_{{\rm{DF}}}}$${A_{{\rm{CCSD}}}}$$\varDelta /$% Ref.[38] 实验值
      7S1/26001.769403.5630.939124(94)9064.2(2)[27]
      9064.4(1.5)[39]
      8S1/21538.032014.1017.371986(19)
      9S1/2631.98792.1913.66784(9)
      10S1/2321.24396.8611.95419(9)401(5)[29]
      11S1/2185.41225.7111.10212(9)225(3)[29]
      12S1/2116.42141.2510.80
    • Table 2.

      Hyperfine-structure constant A for the P states of 212Fr in MHz.

      212Fr原子P态的超精细结构常数A (单位: MHz)

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      Table 2.

      Hyperfine-structure constant A for the P states of 212Fr in MHz.

      212Fr原子P态的超精细结构常数A (单位: MHz)

      能级${A_{{\rm{DF}}}}$${A_{{\rm{CCSD}}}}$$\varDelta /$% Ref.[38] 实验值
      7P1/2642.481198.1041.961181(9)1189.1(4.6)[28]
      1187.1(6.8)[39]
      1192.0(2)[32]
      8P1/2228.04372.0433.66371(5)373.0(1)[39]
      9P1/2106.78167.2130.88
      10P1/258.3589.5329.46
      11P1/235.2653.3828.51
      12P1/222.8834.2427.68
      7P3/251.0597.8843.5596(3)97.2(1)[27]
      97.2(1)[39]
      8P3/218.6732.5137.8232(3)32.8(1)[39]
      9P3/28.8915.0035.83
      10P3/24.918.1534.75
      11P3/23.004.9234.01
      12P3/21.973.2033.33
    • Table 3.

      Hyperfine-structure constant A for the D states of 212Fr in MHz.

      212Fr原子D态的超精细结构常数A (单位: MHz)

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      Table 3.

      Hyperfine-structure constant A for the D states of 212Fr in MHz.

      212Fr原子D态的超精细结构常数A (单位: MHz)

      能级${A_{{\rm{DF}}}}$${A_{{\rm{CCSD}}}}$$\varDelta / $% Ref.[38] 实验值
      6D3/233.2592.9161.2779(5)
      7D3/216.8230.1739.6529(3)
      8D3/28.6513.8132.2013(1)13.0(6)[29]
      9D3/24.937.5028.757(1)7.1(7)[29]
      10D3/23.064.5226.64
      11D3/22.032.9324.97
      6D5/213.14–53.92126.38–54(5)
      7D5/26.32–13.64150.21–15(3)
      8D5/23.20–5.67161.12–6(1)–7.1(6)[29]
      9D5/21.81–2.96166.96–3.3(6)–3.6(4)[29]
      10D5/21.12–1.72170.59
      11D5/20.74–1.10173.16
    • Table 4. Magnetic dipole moment of Fr isotope. Fr原子同位素的磁偶极矩

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      Table 4. Magnetic dipole moment of Fr isotope. Fr原子同位素的磁偶极矩

      同位素核自旋7P1/27P3/2${\mu}$
      ${A_{{\rm{expt}}.}}$[33]${{\mu} _{1/2}}$${A_{{\rm{expt}}.}}$[33]${{\mu} _{3/2}}$${{\mu} _{{\rm{present}}}}$${{\mu} _{{\rm{expt}}{\rm{.}}}}$[33]
      207Fr 9/290.7(6)3.85(3)3.85(3)3.89(9)
      208Fr 7874.8(3)4.723(2)72.4(5)4.784(33)4.753(33)4.75(10)
      209Fr 9/21127.9(2)3.914(1)93.3(5)3.963(21)3.939(22)3.95(8)
      210Fr 6946.3(3)4.379(1)78.0(2)4.418(11)4.399(20)4.40(9)
      211Fr 9/21142.1(2)3.964(1)94.9(3)4.031(13)3.998(34)4.00(8)
      212Fr 51187(7)4.577(26)97.2(1)4.588(5)4.583(30)4.62(9)
      213Fr 9/21150(8)3.991(28)95.3(3)4.047(13)4.019(30)4.02(8)
      220Fr 1–73.2(5)–0.691(5)–0.691(5)–0.67(1)
      221Fr 5/2808(12)1.558(23)65.5(6)1.545(14)1.552(25)1.58(3)
      222Fr 233(1)0.623(19)0.623(19)0.63(1)
      223Fr 3/283.3(9)1.179(13)1.179(13)1.17(2)
      224Fr 142.1(7)0.397(7)0.397(7)0.40(1)
      225Fr 3/277(3)1.090(42)1.090(42)1.07(2)
      226Fr 17(1)0.066(9)0.066(9)0.071(2)
      227Fr 1/2316(2)1.491(9)1.491(9)1.50(3)
      228Fr 2–41(2)–0.77(4)–0.77(4)–0.76(2)
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    Bing-Qiong Lou, Fang Li, Pei-Yan Wang, Li-Ming Wang, Yong-Bo Tang. Ab initio calculation of hyperfine-structure constant A of Fr and evaluation of magnetic dipole moments of Fr isotopes [J]. Acta Physica Sinica, 2019, 68(9): 093101-1

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    Paper Information

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    Received: Jan. 21, 2019

    Accepted: --

    Published Online: Oct. 29, 2019

    The Author Email:

    DOI:10.7498/aps.68.20190113

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