Table 3: Classified lines of the level newly found at 83928.16 cm^-1 and from the level at 83959.93 cm^-1.
83928.16 cm^-1 83959.93 cm^-1

J=5.5 (odd) J=5.5 (odd)

Lower level (even)

E (cm^-1) J $\lambda$ (Å)^a Int^a $\sigma$ (cm^-1) g_u A^b $\lambda$ (Å)^a Int^a $\sigma$ (cm^-1) $g_{\rm u} A^b$

39 225 4.5 2236.321 3 44 702.42 2.148(6) 2234.732 2 44 734.20 3.173(8)

40 133 5.5 2282.657 4 43 795.08 3.318(6) 2281.002 8 43 826.85 7.283(8)

41 159 4.5 2337.443 3 42 768.68 2.283(6) 2335.710^c 0 42 800.41 7.147(7)

41 987 5.5 2383.617 10 41 940.25 4.738(6) 2381.813 10 41 972.02 3.047(8)

42 084 4.5 2389.107 20 41 843.89 6.415(6) 2387.294 20 41 875.67 1.149(9)

42 850 6.5 2433.646 10 41 078.14 1.301(6) 2431.765 10 41 109.91 2.660(8)

50 965 6.5 3032.839 40 32 962.81 1.634(7) 3029.918 50 32 994.59 2.384(9)

^a Wavelengths (in Å) and intensities in arbitrary units are from Sugar & Spector (1974).
^b Weighted emission transition probabilities $g_{\rm u} A$ in s^-1 are noted as m (n) for $m\times10^n$ .
^c The unobserved line at expected wavelength 23 35.710 Å is 0.051 Å above the closest measured line by Sugar & Spector (1974).

**Table 3:** Classified lines of the level newly found at 83928.16 cm^-1 and from the level at 83959.93 cm^-1.
		83928.16 cm^-1	83959.93 cm^-1
		J=5.5 (odd)	J=5.5 (odd)
Lower level (even)
E (cm^-1)	J	$\lambda$ (Å)^a	Int^a	$\sigma$ (cm^-1)	g_u A^b	$\lambda$ (Å)^a	Int^a	$\sigma$ (cm^-1)	$g_{\rm u} A^b$
39 225	4.5	2236.321	3	44 702.42	2.148(6)	2234.732	2	44 734.20	3.173(8)
40 133	5.5	2282.657	4	43 795.08	3.318(6)	2281.002	8	43 826.85	7.283(8)
41 159	4.5	2337.443	3	42 768.68	2.283(6)	2335.710^c	0	42 800.41	7.147(7)
41 987	5.5	2383.617	10	41 940.25	4.738(6)	2381.813	10	41 972.02	3.047(8)
42 084	4.5	2389.107	20	41 843.89	6.415(6)	2387.294	20	41 875.67	1.149(9)
42 850	6.5	2433.646	10	41 078.14	1.301(6)	2431.765	10	41 109.91	2.660(8)
50 965	6.5	3032.839	40	32 962.81	1.634(7)	3029.918	50	32 994.59	2.384(9)

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