A Comparison of Laboratory and Solar Wave Lengths*

Keivin Burns

doi:10.1364/JOSA.20.000212

Journal of the Optical Society of America
Vol. 20,
Issue 4,
pp. 212-224
(1930)
•https://doi.org/10.1364/JOSA.20.000212

A Comparison of Laboratory and Solar Wave Lengths

Keivin Burns

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Keivin Burns, "A Comparison of Laboratory and Solar Wave Lengths*," J. Opt. Soc. Am. 20, 212-224 (1930)

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λ/Int	0	1	2	3	4	5	6	6	10

36–4300A	4	3	10	10	17	10	—	9	—	TiI
	18				10				31	TiII
	14				18				25	FeI
43–4900A	14	14	18	19	13					TiI
				22	16	20	24			TiII
				18	24	24	26			FeI

λ/Int	0	1	2	3	4	5	6	7	8	10	15	20

36–4000A	—	18	16	16	17	16	19	24	24	23	22	23
40–4300	—	—	12	15	18	16	19	—	25	25	27	28
43–4600	—	14	15	17	16	18	27	—	28	32	37
46—4900	—	16	12	14	16	20	17	—	16
59—8800	8	4	8	9	9	10	12	14	12	19
	Sun minus calcium vacuum arc
60–8600				13	9	2	—	—	16	14	15	48

λ/Int	1	2	3	4	5	6	8	Observer

42–4300A	—	+7	+2	+2	+5	0	+5	St. John
	—	−2	0	—	0	−5	+2	A.O.B.S.
43–4500	−5	−2	−2	−2	−5	−9	−8	St. John
	−5	−7	0	+5	+5	+2	+5	A.O.B.S.

Wave length	Wave number		Int. Sun	Terms ° = odd

	Observed	Comp.

4260.474	23464.986	991 D	10	a⁷D₅°–a⁷D₅
64.206	444.450	462 W	3	a⁵F₄°–31W₃
66.965	429.292	289 G°	3	a³G₄–b³G₄°
71.153	406.320	323 D	6	a⁷D³°–a⁷D₄
71.760	402.993	995	15	a³F₄–a³G⁵°
82.403	344.831	829 S°	5	a⁵P₃–a⁵S₂°
88.146	313.563	565 G°	1	a³G₃–b³G₃°
91.464	295.543	541	2	a⁵D₃–a⁷P₄°
94.125	281.105	100	5	a³F₄–a⁵G₄°
98.034	259.928	932 M	2	2M₄–16R₄°
4299.234	253.436	433 D	4	a⁷D₄°–a⁷D₅
4299.234	253.436	433 D	4	a⁷D₄°–a⁷D₅
4302.185	237.489	485 M	2	2M₄–24R₄°
05.447	219.885	873 M	3	3M₂–a₃S₁°
07.902	206.652	655	6	a³F₃–a³G₄°
4315.085	23168.022	025 S°	4	a⁵P₂–a⁵S₂°

Term	D₄	D₃	D₂	D₁	D₁
	25	Solar Intensity
F₅	1500	Solar Level Km
	0	Evershed Effect*
	25	Red Shift
	7	20
F₄	700	1200
	+9	+2
	23	24
	5	8	10
F₃	600	750	1000
	+13	+6	+3
	16	24	24
		5	8	8
F₂		600	750	750
		+13	+6	+6
		16	24	24
			3	5	6
F₁			low	600	700
			+18	+13	+12
			16	16	19

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Journal of the Optical Society of America