Mean Lives of Excited Levels in O i–O vi*

I. Martinson; H. G. Berry; W. S. Bickel; H. Oona

doi:10.1364/JOSA.61.000519

Journal of the Optical Society of America
Vol. 61,
Issue 4,
pp. 519-523
(1971)
•https://doi.org/10.1364/JOSA.61.000519

Mean Lives of Excited Levels in O i–O vi

I. Martinson, H. G. Berry, W. S. Bickel, and H. Oona

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I. Martinson, H. G. Berry, W. S. Bickel, and H. Oona, "Mean Lives of Excited Levels in O i–O vi*," J. Opt. Soc. Am. 61, 519-523 (1971)

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Abstract

Oxygen spectra between 450 and 2200 Å were studied with the beam-foil technique. Mean lives of over 50 excited levels in O i–O vi were measured.

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Spectrum	Transition	Wavelength (Å)	Mean life of upper level (ns)

			This work	Other experiments	Theory
O i	2p^{4 1}D–2p³3s ¹D	1152	1.9 ±0.2^a	1.9 ±0.2^c	2.22ⁱ
O i	2p^{4 3}P–2p³3s ³S	1302	1.8 ±0.2^a	1 82±0.05^c	2.63ⁱ
O i	2p^{4 3}P–2p³3s ³S	1306	1.7 ±0.2^a
O ii	2p^{3 2}P–2p^{4 2}S	644	0.25±0.03^a		0.139ⁱ 0.210^j
O ii	2p^{3 2}D–2p^{4 2}P	538	0.12±0.03^a
O ii	2p^{3 2}D–2p^{4 2}D	718	0.45±0.04^a	0.4 ±0.1^c	0.275ⁱ 0.454^j
O ii	2p^{3 4}S–2p²3s ⁴P	539	0.9 ±0.3^a		1.16ⁱ
O ii	2p²3s⁴P–2p²4p ⁴D	1653	0.93±0.15^a
O iii	2p3p ¹P–2p4s ¹P	1477	0.33±0.04^a
O iii	2p^{2 1}S–2p^{3 1}P	598	(0.36±0.6)^b		0.083ⁱ 0.098^j
O iii	2p^{2 1}D–2p^{3 1}D	600	(0.36±0.6)^b		0.147ⁱ 0.182^j
O iii	2p^{2 1}D–2p^{3 1}P	526	(0.37±0.05)^b	0.134±0.05^d	0.083ⁱ 0.098^j
O iii	2p^{3 1}D–2p^{4 1}D	899	0.45±0.04^a
O iii	2p^{3 1}P–2p^{4 1}D	1139	0.45±0.05^a
O iii	$2 p 3 d ¹ F - 2 p 4 f G [\frac{9}{2}]$	2013	1.4±0.1^a
O iii	2p3p ³D–2p4s ³P	1588	0.44±0.06^a
O iii	2p^{3 3}S–2p^{4 3}P	1153	0.19±0.02^a
O iii	2p^{3 3} P–2p3p³ D	659	11±1
O iii	2p^{2 3}P–2p^{3 3}P	703	0.54±0.06^a	0.39±0.03^d	0.40ⁱ 0.567^j
O iii	2p^{2 3}P–2p^{3 3}D	834	1.7 ±0.1^a	1.71±0.04^e	1.20ⁱ 1.71^j
O iii	$2 p 3 d ³ D - 2 p 4 f D [\frac{5}{2}]$	1848	1.4 ±0.2^a
O iii	$2 p 3 d ³ D - 2 p 4 f D [\frac{5}{2}]$	1923	1.3 ±0.2^a
O iii	$2 p 3 d ³ D - 2 p 4 f F [\frac{5}{2}]$	1873	1.2 ±0.2^a
O iii	$2 p 3 d ³ F - 2 p 4 f G [\frac{5}{2}]$	1768	1.2 ±0.1^a
O iii	2p^{4 3}P–2p³3d³P	2186	0.42±0.06
O iv	2s²4s ²S–2s²5p ²P	1640	0.37±0.04
O iv	2s²3d ²D–2s²4f ²F	1068	0.44±0.07^a
O iv	2s²4f ²F–2s²6g ²G	1605	1.42±0.10^a
O iv	2s²2p ²P–2s2p ^{2 2}D	790	1.7 ±0.1	1.71 ±0.04^e	1.05ⁱ 1.44^j 1.38^k
O iv	2s2p3d ²F–2s2p4f ²G	1165	0.65±0.08^a
O iv	2s²2p ²P–2s2p ^{2 2}P	554	0.l7±0.04^a		0.121ⁱ 0.135^j 0.140^k
O iv	2s²2p ²P–2s2p ^{2 2}S	609	0.26±0.03^a		0.186ⁱ 0.266^j 0.262^k
O iv	2s2p^{2 2}P–2p^{3 2}P	922	0.24±0.03
O iv	2s2p^{2 2}D–2p^{3 2}P	617	0.27±0.03^a
O iv	2s2p^{2 2}D–2p^{3 2}D	780	0.64±0.06^a
O iv	2s2p^{2 2}P–2p^{3 2}D	1338	0.67±0.07^a
O iv	2s2p^{2 2}P–2p^{3 2}D	1342	0.65±0.07^a
O iv	2s2p3p ⁴D–2s2p4d ⁴F	822	0.64±0.07^a
O iv	2s2p3d ⁴P–2s2p4f ⁴D	1084	0.56±0.08^a
O iv	2s2p3d ⁴D–2s2p4f ⁴F	1062	0.62±0.08^a
O iv	2s2p3d ⁴F–2s2p4f ⁴G	988	0.33±0.04^a
O iv	2s2p3s ⁴P–2p²3s ⁴P	727	0.31±0.05
O iv	2s2p^{2 4}P–2p^{3 4}S	625	0.19±0.03^a		0.139ⁱ 0.156^k
O v	2s^{2 1}S–2s2p ¹P	630	0.43±0.05^a		0.333ⁱ 0.363^l
O v	2s3d ¹D–2s4f ¹F	729	0.34±0.05^a
O v	2s4d ¹D–2s5f ¹F	1596	0.23±0.03^a
O v	2s3d ¹D–2s5f ¹F	509	0.19±0.04
O v	2s4f ¹F–2s5g ¹G	1708	0.47±0.10^a
O v	2s2p ¹P–2p^{2 1}D	1371	3.2 ±0.2	3.0 ±0.1^f	3.2^g 1.40ⁱ 2.2^m
O v	2s2p ¹P–2p^{2 1}S	774	0.29±0.03
O v	2s2p ³P–2p^{2 3}P	760	0.46±0.05^a		0.476ⁱ
O v	2s3d ³D–2s4f ³F	681	0.33±0.05^a
O v	2s4s ³S–2s5p ³P	1243	1.2 ±0.2
O v	2s4d ³D–2s5f ³F	1507	0.30±0.04^a
O vi	2s ²S–2p ²P	1032	2.4 ±0.2	2.52±0.08^h	2.43^c
O vi	2s ²S–2p ²P	1038	2.7 ±0.2
O viii	4–5	633	(0.20±0.0)^b
O viii	2p3p ³D–2p4d ³D (?)	1173	1.1 ±0.1^a
O i–O ii		1195	1.8 ±0.2^a
O i–O ii		1268	1.5 ±0.1^a
O ii	2p²3s ⁴P–2p²5p ⁴P (?)	1317	1.3 ±0.2^a
O i–O ii		1329	0.99±0.10
O v(?)		1572	0.99±0.10^a
O iii (?)		1726	0.83±0.10^a
O i–O ii		1743	8.4 ±0.7
O iii (?)		1816	1.5 ±0.1^a
			Mean life of upper level (ns)

Spectrum	Transition	Wavelength (Å)	Oscillator strength

			This work	Ref. 1	Ref. 5	Ref. 4	Ref. 25	Ref. 26
O i	2p^{4 1}D–2p³3s ¹D	1152	0.10 ±0.01	0.090
O i	2p^{4 3}P–2p³3s³S	1304	0.048±0.05	0.031
O ii	2p^{3 2}P–2p^{4 2}S	644	0.083±0.010	0.15	0.099
O ii	2p^{3 4}S–2p²3s⁴P	539	0.15 ±0.05	0.11
O iii	2p^{2 3}P–2p^{3 3}P	703	0.14 ±0.01	0.18	0.131
O iii	2p^{2 3}P–2p^{3 3}D	834	0.102±0.06	0.15	0.102
O iv	2s²2p²P–2s2p^{2 2}S	609	0.071±0.08	0.10	0.070	0.071
O iv	2s²2p²P–2s2p^{2 2}P	554	0.27 ±0.06	0.38	0.331	0.340
O iv	2s²2p²P–2s2p^{2 2}D	790	0.092±0.006	0.15	0.108	0.113
O iv	2s2p^{2 4}P–2p^{3 4}S	625	0.10 ±0.02	0.14		0.125
O v	2s^{2 1}S–2s2p¹P	630	0.42 ±0.05	0.53			0.49
O v	2s2p¹P–2p^{2 1}D	1371	0.15 ±0.01	0.32				0.208
O v	2s2p³P–2p^{2 3}P	760	0.19 ±0.02	0.18
O vi	2s²S–2p²P	1034	0.19 ±0.02	0.196

Spectrum	Transition	Wavelength (Å)	Mean life of upper level (ns)

			This work	Other experiments	Theory
O i	2p^{4 1}D–2p³3s ¹D	1152	1.9 ±0.2^a	1.9 ±0.2^c	2.22ⁱ
O i	2p^{4 3}P–2p³3s ³S	1302	1.8 ±0.2^a	1 82±0.05^c	2.63ⁱ
O i	2p^{4 3}P–2p³3s ³S	1306	1.7 ±0.2^a
O ii	2p^{3 2}P–2p^{4 2}S	644	0.25±0.03^a		0.139ⁱ 0.210^j
O ii	2p^{3 2}D–2p^{4 2}P	538	0.12±0.03^a
O ii	2p^{3 2}D–2p^{4 2}D	718	0.45±0.04^a	0.4 ±0.1^c	0.275ⁱ 0.454^j
O ii	2p^{3 4}S–2p²3s ⁴P	539	0.9 ±0.3^a		1.16ⁱ
O ii	2p²3s⁴P–2p²4p ⁴D	1653	0.93±0.15^a
O iii	2p3p ¹P–2p4s ¹P	1477	0.33±0.04^a
O iii	2p^{2 1}S–2p^{3 1}P	598	(0.36±0.6)^b		0.083ⁱ 0.098^j
O iii	2p^{2 1}D–2p^{3 1}D	600	(0.36±0.6)^b		0.147ⁱ 0.182^j
O iii	2p^{2 1}D–2p^{3 1}P	526	(0.37±0.05)^b	0.134±0.05^d	0.083ⁱ 0.098^j
O iii	2p^{3 1}D–2p^{4 1}D	899	0.45±0.04^a
O iii	2p^{3 1}P–2p^{4 1}D	1139	0.45±0.05^a
O iii	$2 p 3 d ¹ F - 2 p 4 f G [\frac{9}{2}]$	2013	1.4±0.1^a
O iii	2p3p ³D–2p4s ³P	1588	0.44±0.06^a
O iii	2p^{3 3}S–2p^{4 3}P	1153	0.19±0.02^a
O iii	2p^{3 3} P–2p3p³ D	659	11±1
O iii	2p^{2 3}P–2p^{3 3}P	703	0.54±0.06^a	0.39±0.03^d	0.40ⁱ 0.567^j
O iii	2p^{2 3}P–2p^{3 3}D	834	1.7 ±0.1^a	1.71±0.04^e	1.20ⁱ 1.71^j
O iii	$2 p 3 d ³ D - 2 p 4 f D [\frac{5}{2}]$	1848	1.4 ±0.2^a
O iii	$2 p 3 d ³ D - 2 p 4 f D [\frac{5}{2}]$	1923	1.3 ±0.2^a
O iii	$2 p 3 d ³ D - 2 p 4 f F [\frac{5}{2}]$	1873	1.2 ±0.2^a
O iii	$2 p 3 d ³ F - 2 p 4 f G [\frac{5}{2}]$	1768	1.2 ±0.1^a
O iii	2p^{4 3}P–2p³3d³P	2186	0.42±0.06
O iv	2s²4s ²S–2s²5p ²P	1640	0.37±0.04
O iv	2s²3d ²D–2s²4f ²F	1068	0.44±0.07^a
O iv	2s²4f ²F–2s²6g ²G	1605	1.42±0.10^a
O iv	2s²2p ²P–2s2p ^{2 2}D	790	1.7 ±0.1	1.71 ±0.04^e	1.05ⁱ 1.44^j 1.38^k
O iv	2s2p3d ²F–2s2p4f ²G	1165	0.65±0.08^a
O iv	2s²2p ²P–2s2p ^{2 2}P	554	0.l7±0.04^a		0.121ⁱ 0.135^j 0.140^k
O iv	2s²2p ²P–2s2p ^{2 2}S	609	0.26±0.03^a		0.186ⁱ 0.266^j 0.262^k
O iv	2s2p^{2 2}P–2p^{3 2}P	922	0.24±0.03
O iv	2s2p^{2 2}D–2p^{3 2}P	617	0.27±0.03^a
O iv	2s2p^{2 2}D–2p^{3 2}D	780	0.64±0.06^a
O iv	2s2p^{2 2}P–2p^{3 2}D	1338	0.67±0.07^a
O iv	2s2p^{2 2}P–2p^{3 2}D	1342	0.65±0.07^a
O iv	2s2p3p ⁴D–2s2p4d ⁴F	822	0.64±0.07^a
O iv	2s2p3d ⁴P–2s2p4f ⁴D	1084	0.56±0.08^a
O iv	2s2p3d ⁴D–2s2p4f ⁴F	1062	0.62±0.08^a
O iv	2s2p3d ⁴F–2s2p4f ⁴G	988	0.33±0.04^a
O iv	2s2p3s ⁴P–2p²3s ⁴P	727	0.31±0.05
O iv	2s2p^{2 4}P–2p^{3 4}S	625	0.19±0.03^a		0.139ⁱ 0.156^k
O v	2s^{2 1}S–2s2p ¹P	630	0.43±0.05^a		0.333ⁱ 0.363^l
O v	2s3d ¹D–2s4f ¹F	729	0.34±0.05^a
O v	2s4d ¹D–2s5f ¹F	1596	0.23±0.03^a
O v	2s3d ¹D–2s5f ¹F	509	0.19±0.04
O v	2s4f ¹F–2s5g ¹G	1708	0.47±0.10^a
O v	2s2p ¹P–2p^{2 1}D	1371	3.2 ±0.2	3.0 ±0.1^f	3.2^g 1.40ⁱ 2.2^m
O v	2s2p ¹P–2p^{2 1}S	774	0.29±0.03
O v	2s2p ³P–2p^{2 3}P	760	0.46±0.05^a		0.476ⁱ
O v	2s3d ³D–2s4f ³F	681	0.33±0.05^a
O v	2s4s ³S–2s5p ³P	1243	1.2 ±0.2
O v	2s4d ³D–2s5f ³F	1507	0.30±0.04^a
O vi	2s ²S–2p ²P	1032	2.4 ±0.2	2.52±0.08^h	2.43^c
O vi	2s ²S–2p ²P	1038	2.7 ±0.2
O viii	4–5	633	(0.20±0.0)^b
O viii	2p3p ³D–2p4d ³D (?)	1173	1.1 ±0.1^a
O i–O ii		1195	1.8 ±0.2^a
O i–O ii		1268	1.5 ±0.1^a
O ii	2p²3s ⁴P–2p²5p ⁴P (?)	1317	1.3 ±0.2^a
O i–O ii		1329	0.99±0.10
O v(?)		1572	0.99±0.10^a
O iii (?)		1726	0.83±0.10^a
O i–O ii		1743	8.4 ±0.7
O iii (?)		1816	1.5 ±0.1^a
			Mean life of upper level (ns)

Spectrum	Transition	Wavelength (Å)	Oscillator strength

			This work	Ref. 1	Ref. 5	Ref. 4	Ref. 25	Ref. 26
O i	2p^{4 1}D–2p³3s ¹D	1152	0.10 ±0.01	0.090
O i	2p^{4 3}P–2p³3s³S	1304	0.048±0.05	0.031
O ii	2p^{3 2}P–2p^{4 2}S	644	0.083±0.010	0.15	0.099
O ii	2p^{3 4}S–2p²3s⁴P	539	0.15 ±0.05	0.11
O iii	2p^{2 3}P–2p^{3 3}P	703	0.14 ±0.01	0.18	0.131
O iii	2p^{2 3}P–2p^{3 3}D	834	0.102±0.06	0.15	0.102
O iv	2s²2p²P–2s2p^{2 2}S	609	0.071±0.08	0.10	0.070	0.071
O iv	2s²2p²P–2s2p^{2 2}P	554	0.27 ±0.06	0.38	0.331	0.340
O iv	2s²2p²P–2s2p^{2 2}D	790	0.092±0.006	0.15	0.108	0.113
O iv	2s2p^{2 4}P–2p^{3 4}S	625	0.10 ±0.02	0.14		0.125
O v	2s^{2 1}S–2s2p¹P	630	0.42 ±0.05	0.53			0.49
O v	2s2p¹P–2p^{2 1}D	1371	0.15 ±0.01	0.32				0.208
O v	2s2p³P–2p^{2 3}P	760	0.19 ±0.02	0.18
O vi	2s²S–2p²P	1034	0.19 ±0.02	0.196

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