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The transition frequencies were reported by
(1) J.-T. Spaniol, K. L. K. Lee, O. Pirali, C. Puzzarini,
and M.-A. Martin-Drumel,
2023, Phys. Chem. Chem. Phys., 25, 6397.
The transition frequencies should be sufficiently accurate for all
observational purposes. Transitions with ΔKa
= 2 should be viewed with some caution.
14N hyperfine parameters were not determined experimentally,
but may be estimated fairly accurately.
Spin-statistics have been considered in the calculation
of the intensities. They are 5 : 3 for
transitions with even and odd Ka,
respectively.
The dipole moment is from a quantum-chemical calculation in
(2) Z. Buchanan, K. L. K. Lee, O. Chitarra, M. C. McCarthy,
O. Pirali, and M.-A. Martin-Drumel,
2021, J. Mol. Spectrosc., 377, Art. No. 111425.
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