Erratum: CP-Violating Effect of the Th Nuclear Magnetic Quadrupole Moment: Accurate Many-Body Study of ThO [Phys. Rev. Lett. 113, 263006 (2014)].
Erratum: CP-Violating Effect of the Th Nuclear Magnetic Quadrupole Moment: Accurate Many-Body Study of ThO [Phys. Rev. Lett. 113, 263006 (2014)].
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勘误表：Th 核磁四极矩的 CP 破坏效应：ThO 的精确多体研究 [Phys.
DOI：
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发表时间：
2015
影响因子：
8.6
通讯作者：
V. Flambaum
中科院分区：
文献类型：
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作者：
L. Skripnikov;A. Petrov;A. Titov;V. Flambaum
在这封信发表后，我们在计算核磁四极矩与重原子分子中电子相互作用的分子参数WM所对应的算符矩阵元的计算机程序中发现了一个错误。这导致WM的最终值中的额外系数为1.5。因此，263006-3页的最后一段应如下所示：WM的最终计算值为1.1×8？×10赫兹=唯一的e/cm2？理论不确定度的估算方法与文献[1]中给出的方法类似。[1]。我们发现，亚价闭合壳层的自旋极化效应贡献了约0.06×10 Hz=une cm~2？，而价电子和亚价电子的自旋轨道相互作用贡献了−0.05×10 Hz=une cm~2？早些时候进行的“半经验”估计[2]1.9×10赫兹=Ige e cm2？的结果与目前的从头计算结果是合理一致的。方程式(15)和(16)应为
After the publication of this Letter, we have found an error in our computer code for the calculation of the matrix elements of the operator corresponding to the molecular parameterWM of the interaction of the nuclear magnetic quadrupole moment with electrons in heavy-atom molecules. This results in extra factor of 1.5 in the final value of WM. Therefore, the last paragraph on page 263006-3 should read as follows: The final calculated value of WM is 1.10ð8Þ × 10 Hz=ðe cm2Þ. The theoretical uncertainty was estimated with a procedure similar to that given in Ref. [1]. We have found that the effect of spin polarization of subvalence closed shells contributes aboutþ0.06 × 10 Hz=ðe cm2Þ, while the spin-orbit interaction of the valence and subvalence electrons contribute −0.05 × 10 Hz=ðe cm2Þ. The result of the earlier performed “semiempirical” estimate [2] 1.9 × 10 Hz=ðe cm2Þ is in reasonable agreement with the current ab initio calculations. Equations (15) and (16) should read