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The transition frequencies were reported by
(1) M. Bast, J. Böing, T. Salomon, E. Plaar, I. Savić,
M. Schäfer, O. Asvany, S. Schlemmer, and S. Thorwirth,
2025, J. Phys. Chem. A 129, 11136.
No 14N hyperfine splitting was resolved because of
the high quantum numbers.
The calculations should be sufficiently accurate throughout;
some caution is advised above 550 GHz.
14N hyperfine splitting can be resolved at
low quantum numbers. Therefore, a separate calculation with
14N hyperfine splitting is provided up to J" = 4.
The partition function takes into account the spin-multiplicity of 14N.
The dipole moment is from a quantum chemical calculation in (1).
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