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Table A.1

Parameters of the linear rotor-type, J(J + 1) power series fitted to the assigned line sequences.

Ka Nameb Irelc Nind Nreje sf (MHz) Bg (MHz) DJ (kHz) HJ (Hz) LJ (mHz) PJ (μHz) P12 (nHz) P14 (pHz) P16 (fHz) P18 (aHz)

νb = 0 , m = 0 (gs): Evib = 0 cm -1
0 V093: 0.885 41 1 0.046 4335.6996 (13) 8.4815 (43) 0.1971 (58) 0.0728 (33) –0.00909 (69)
1L V126: 0.842 38 2 0.048 4297.6203 (10) 3.3744 (21) 0.1133 (16) –0.00393 (41)
1U V131: 0.819 38 2 0.062 4376.1857 (14) 4.2752 (30) –0.0053 (24) 0.00245 (67)
2L V089: 0.833 38 1 0.055 4339.69609 (82) 3.28715 (94) 0.03891 (31)
2U V006: 0.901 38 1 0.052 4339.6811 (16) –2.8764 (56) –0.1690 (77) –0.0676 (47) 0.0079 (10)
3L V096: 0.727 35 4 0.063 4324.6816 (20) 5.1755 (65) –0.2787 (86) 0.1698 (50) –0.0156 (10)
3U V097: 0.726 35 4 0.054 4324.6762 (18) 5.1686 (55) –0.1769 (74) 0.1479 (43) –0.01455 (89)
νb = 0, m = 1 E : Evib = 8.4 cm -1
0a V107: 0.808 22 0 0.051 4357.5774 (71) 132.34 (14) 86.4 (14) 226.1 (67) –665. (17) 719. (21) –298. (11)
0b X107: 0.808 20 0 0.056 4348.7 (10) 116.2 (37) 146.2 (74) –125.4 (87) 71.4 (65) –25.9 (29) 5.39 (74) –0.493 (81)
–1 V101: 0.836 39 1 0.050 4282.7615 (32) –3.118 (26) 9.39 (10) –10.67 (19) 6.64 (21) –2.59 (13) 0.590 (44) –0.0593 (59)
1 V098: 0.846 36 5 0.048 4284.5720 (42) –35.940 (44) –45.38 (21) 49.98 (57) –45.27 (87) 29.62 (81) –12.71 (44) 3.16 (12) –0.342 (15)
–2 not assigned
2 V010: 0.660 31 2 0.042 4350.3415 (23) –2.325 (15) –0.065 (46) –0.290 (64) 0.284 (43) –0.109 (11)
–3 V005: 0.800 36 2 0.058 4343.3487 (25) 0.096 (11) 0.288 (25) –0.381 (25) 0.202 (12) –0.0848 (22)
3 V012: 0.642 34 3 0.049 4356.1489 (11) 1.6845 (24) –0.0204 (19) 0.00189 (52)
νb = 0 , m = −2 E : Evib = 36.8 cm -1
0 V119: 0.774 36 1 0.050 4356.2099 (29) 2.431 (15) 0.837 (33) –2.676 (29)
–1 V008: 0.708 38 2 0.062 4353.2529 (11) 1.0831 (14) 0.0 0.00928 (84) –0.00378 (31)
1 V180: 0.807 40 0 0.188 4350.771 (14) –40.79 (16) –39.36 (81) –24.5 (22) 74.5 (34) –69.5 (32) 34.7 (17) –9.27 (54) 1.045 (69)
–2 not assigned
2 V100: 0.805 39 0 0.084 4276.5950 (66) –51.195 (68) –64.24 (33) 63.79 (84) –50.5 (12) 29.3 (11) –11.35 (59) 2.60 (17) –0.262 (20)
–3 V024: 0.473 35 3 0.055 4366.9265 (12) 1.9129 (27) –0.0098 (22) 0.00672 (61)
3a V106: 0.523 21 0 0.043 4373.6038 (50) 110.306 (69) 93.71 (41) –32.2 (12) –11.7 (16) 10.81 (88)
3b X106: 0.884 18 0 0.052 4370.20 (59) 103.8 (16) 95.6 (24) –55.9 (22) 20.9 (11) –4.49 (32) 0.438 (38)
νb = 0 , m = 3 L (K = 0,J = 0,1 = A1,A2) : Evib = 80.3 cm -1
0 V017: 0.556 38 2 0.061 4361.0342 (19) 0.6664 (66) 0.0255 (94) 0.0843 (57) –0.0269 (12)
–1 V137: 0.654 37 2 0.093 4376.0833 (78) –11.011 (83) 3.34 (41) –25.5 (11) 21.8 (17) –17.3 (16) 11.56 (91) –4.15 (27) 0.576 (34)
1 V082: 0.485 39 0 0.070 4362.15134 (58) 1.68176 (26)
–2 not assigned
2 V030: 0.399 35 3 0.067 4369.5669 (10) 1.9458 (12) –0.00228 (41)
3 V040: 0.634 33 2 0.064 4378.65685 (60) 2.06406 (30)
νb = 0 , m = 3 U (K = 0,J = 1,0 = A2,A1) : Evib = 79.7 cm -1
0 V018: 0.540 39 2 0.046 4361.4499 (14) 0.5247 (49) 0.0221 (69) 0.0949 (42) –0.02898 (93)
1 V020: 0.491 36 3 0.044 4363.55034 (68) 1.72074 (80) –0.00110 (27)
–1 not assigned
2 V029: 0.424 34 4 0.057 4369.57115 (94) 1.9779 (10) 0.00072 (36)
–2 not assigned
3 very strongly perturbed
νb = 0 , m = 4 E : Evib = 140.6 cm-1
0 V025: 0.416 37 3 0.052 4368.7341 (11) 1.5662 (25) 0.0039 (21) 0.00218 (57)
νb = 0 , m = −5 E : Evib = 217.5 cm -1
0 V142: 0.297 38 1 0.049 4377.7029 (11) 1.8930 (23) –0.0136 (19) 0.00256 (51)
νb = 1 , m = 0: Evib = 182.2 cm -1
0 V094: 0.391 41 0 0.050 4335.3010 (15) 7.8017 (47) 0.2011 (63) 0.0443 (37) –0.00561 (76)
1L V127: 0.373 38 2 0.052 4297.1113 (11) 3.2544 (22) 0.0971 (17) –0.00294 (44)
1U V132: 0.365 36 3 0.048 4377.6225 (11) 4.2356 (24) 0.0116 (19) 0.00223 (53)

Notes.

(a)

The value of the Ka or K quantum number following, where possible, the notation of Koput (1986) and described further in the text following Eq. (A.1).

(b)

The identifier of the line sequence, identifiers Vnnn and Xnnn for the same “nnn” denote a two part sequence (Vnnn lower, Xnnn higher frequency part).

(c)

Intensity of the sequence relative to the strongest sequence in the spectrum.

(d)

The number of lines in the linear fit.

(e)

The number of confidently assigned lines that were perturbed and were rejected from the fit.

(f)

The standard deviation od the linear fit.

(g)

The values of the parameters required in the linear fit.

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