Extreme-ultraviolet spectrum of Ne iii

A. E. Livingston; R. Buttner; A. S. Zacarias; B. Kraus; K.-H. Schartner; F. Folkmann; P. H. Mokler

doi:10.1364/JOSAB.14.000522

Journal of the Optical Society of America B
Vol. 14,
Issue 3,
pp. 522-525
(1997)
•https://doi.org/10.1364/JOSAB.14.000522

Extreme-ultraviolet spectrum of Ne iii

A. E. Livingston, R. Buttner, A. S. Zacarias, B. Kraus, K.-H. Schartner, F. Folkmann, and P. H. Mokler

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A. E. Livingston, R. Buttner, A. S. Zacarias, B. Kraus, K.-H. Schartner, F. Folkmann, and P. H. Mokler, "Extreme-ultraviolet spectrum of Ne iii," J. Opt. Soc. Am. B 14, 522-525 (1997)

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Abstract

The spectrum of neon in the extreme-ultraviolet region has been studied in Penning discharge sources. New transitions are identified in the doubly ionized Ne iii spectrum below 250 Å. Twenty multiplets of the 1s²2s²2p⁴–1s²2s²2p³nl transitions for $n = 3, 4, 5$ have been classified, based on precise energy levels established in a recent study at higher wavelengths. Several new classifications in Ne ii are also suggested.

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Transitiona	Intensityb	Wavelength (Å)
Transitiona	Intensityb	This workc	Predictedd
2p⁴ ¹S₀–2p³3d^″ ¹P₁	35	245.6	245.589
¹D₂–3d^″ ¹P₁	60	242.0	242.011
¹D₂–3d^′ ¹D₂	70	241.6	241.600
¹D₂–3d^′ ¹F₃	90	240.9	240.937
³P₂–4s ³S₁	15	238.2	238.194
³P₁–4s ³S₁			238.560
	10	238.6^*
³P₀–4s ³S₁			238.718
¹S₀–4s^″ ¹P₁	5	235.0	234.996
¹D₂–3d^″ ¹D₂	20	231.3	231.345
¹D₂–3d^″ ¹F₃	30	230.3	230.266
¹D₂–4s^′ ¹D₂	10	230.0	229.965
¹D₂–3d^″ ¹P₁			228.785
	30	228.9^*
³P₂–3d^′ ³D₁			228.861
³P₂–3d^′ ³D₂			228.885
³P₂–3d^′ ³D₃			228.922
³P₁–3d^′ ³D₁	20	229.2^*	229.199
³P₁–3d^′ ³D₂			229.223
³P₀–3d^′ ³D₁			229.345
³P₂–3d^′ ³S₁			227.247
³P₁–3d^′ ³S₁			227.580
³P₀–3d^′ ³S₁			227.724
	60	227.5^*
	40	227.8^*
³P₂–3d^′ ³P₁			227.431
³P₂–3d^′ ³P₂			227.494
³P₁–3d^′ ³P₀			227.737
³P₁–3d^′ ³P₁			227.765
³P₁–3d^′ ³P₂			227.828
³P₀–3d^′ ³P₁			227.909
³P₂–4d ³D₃			223.090
³P₂–4d ³D₂	40	223.1^*	223.099
³P₂–4d ³D₁			223.104
³P₁–4d ³D₂	30	223.4^*	223.419
³P₁–4d ³D₁			223.425
³P₀–4d ³D₁	10	223.6	223.564
¹D₂–4s^″ ¹P₁	15	219.6	219.564
³P₂–5s ³S₁			218.445
³P₁–5s ³S₁			218.753
³P₀–5s ³S₁			218.886
	65	218.1^*
	45	218.4^*
	15	218.7^*
³P₂–3d^″ ³P₂			218.131
³P₂–3d^″ ³P₁			218.182
³P₁–3d^″ ³P₂			218.437
³P₁–3d^″ ³P₁			218.488
³P₁–3d^″ ³P₀			218.512
³P₀–3d^″ ³P₁			218.621
³P₂–3d^″ ³D₃			217.326
³P₂–3d^″ ³D₂	20	217.3^*	217.332
³P₂–3d^″ ³D₁			217.338
³P₁–3d^″ ³D₂	15	217.7^*	217.636
³P₁–3d^″ ³D₁			217.642
³P₀–3d^″ ³D₁			217.774
(¹D₂–4d^′ ¹F₃)	50	215.5^*	–
(¹D₂–4d^′ ¹D₂)	25	215.8^*	–
(¹D₂–4d^′ ¹P₁)			–
³P₂–5d ³D₃	25	212.2^*	212.23 3
³P₁–5d ³D₂	45	212.5^*	212.524
¹D₂–5s^′ ¹D₂	8	211.5	211.498
³P₂–4s^″ ³P₂	10	208.4^*	208.407
³P₂–4s^″ ³P₁			208.409
³P₁–4s^″ ³P₀	70	208.7^*	208.686
³P₁–4s^″ ³P₂			208.687
³P₁–4s^″ ³P₁			208.689
³P₀–4s^″ ³P₁	60	208.9	208.810
	15	206.4	–
	20	206.8	–
(³P–4d^′ ³S, P, D)
	20	204.2	–
	60	204.5	–
	20	204.8	–
	30	205.3	–
(³P–5s^″ ³P)	5	197.0	–
–	6	196.7	–
–	8	196.1	–
–	6	195.1	–
–	3	194.3	–
–	3	192.1	–
–	6	190.5	–
–	6	187	–
–	6	185	–
–	4	179	–
–	4	178	–
–	6	174	–

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Journal of the Optical Society of America B