论文标题
$ \ MATHCAL {P} $，$ \ MATHCAL {t} $ - $^{173} $ yboh的奇数转移
$\mathcal{P}$,$\mathcal{T}$-odd energy shifts of the $^{173}$YbOH
论文作者
论文摘要
由于核磁四极矩（$ M $）与电子的相互作用引起的分子光谱的能量转移等于$Δe_m= mw_m p_m p_ {m} $，其中$ w_m $是由分子的电子结构和$ p_ {m} $确定的常数。我们扩展了在参考文献中开发的三局分子中计算平等性不保守效应的方法。 [一个。 Petrov和A. Zakharova，物理。 Rev. a $ {\ bf 105} $，l050801（2022）]到$ p_ {m} $ contand的情况下，并将其应用于$^{173} $ yboh，在第一个兴奋的$ v = 1 $弯曲模式下。从YBOH实验中提取$ m $值需要我们计算的结果。
The energy shift in molecular spectra due to interaction of nuclear magnetic quadrupole moment ($M$) with electrons is equal to $δE_M = MW_M P_{ M}$, where $W_M$ is a constant determined by the electronic structure of the molecule and $P_{ M}$ is a dimensionless constant. We extended the method for calculation of parity nonconservation effects in triatomic molecules developed in Ref. [A. Petrov and A. Zakharova, Phys. Rev. A ${\bf 105}$, L050801 (2022)] to the case of $P_{ M}$ constant and applied it to $^{173}$YbOH in the first excited $v=1$ bending mode. Results of our calculations are required for the extraction of the $M$ value from the YbOH experiment.
