2l–3l<sup>′</sup> and 2l–4l<sup>′</sup> transitions in heliumlike and hydrogenlike silicon

U. Feldman; J. O. Ekberg; C. M. Brown; J. F. Seely; M. C. Richardson

doi:10.1364/JOSAB.4.000103

Journal of the Optical Society of America B
Vol. 4,
Issue 1,
pp. 103-104
(1987)
•https://doi.org/10.1364/JOSAB.4.000103

2l–3l^′ and 2l–4l^′ transitions in heliumlike and hydrogenlike silicon

U. Feldman, J. O. Ekberg, C. M. Brown, J. F. Seely, and M. C. Richardson

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U. Feldman, J. O. Ekberg, C. M. Brown, J. F. Seely, and M. C. Richardson, "2l–3l^′ and 2l–4l^′ transitions in heliumlike and hydrogenlike silicon," J. Opt. Soc. Am. B 4, 103-104 (1987)

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Abstract

Wavelengths are reported for the n = 2–n = 3 and n = 2–n = 4 transitions of Si xiii and Si xiv, as observed in a laser-heated plasma. The wavelength range of the observations is 24–40 Å.

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Transition			Calculated^a Wavelength		Measured Wavelength	Int. (Est.)
1s2p	¹P₁–1s3s	¹S₀	39.415		–
1s2p	¹P₁–1s2d	¹D₂	39.100		39.109	5
1s2p	³P₂–1s3s	³S₁	38.639		38.66 ?	1
	³P₁–	³S₁	38.533		_
	³P₀–	³S₁	38.506		–
1s2p	³P₀–1s3d	³D₁	37.761	}	37.784	9
	³P₁–	³D₂	37.786	}	37.784	9
	³P₂–	³D₃	37.877		37.881	12
1s2s	¹S₀–1s3p	¹P₁	37.812		–
1s2s	³S₁–1s3p	³P₂	36.433	}	36.451	5
	³S₁–	³P₁	36.461
	³S₁–	³P₀	36.469
1s2s	³S₁–1s4p	³P₂	27.341		–
	³S₁–	³P₁	27.348		–
	³S₁–	³P₀	27.350		–
1s2p	³P₀–1s4d	³D₁	28.163	}	28.162	1
	³P₁–	³D₂	28.177	}	28.162	1
	³P₂–	³D₃	28.221		28.222	1
1s2p	¹P₁–1s4d	¹D₂	28.908		–

Transition			Calculated^a Wavelength		Measured Wavelength	Int. (Est.)
2s	²S_1/2–3p	²P_1/2	33.355		–
		²P_3/2	33.308	}	33.309	5
2p	²P_1/2–3d	²D_3/2	33.302	}	33.309	5
	²P_3/2–	²D_5/2	33.444		33.443	8
2s	²S_1/2–4p	²P_1/2	24.710	}	24.703	2
		²P_3/2	24.699
2p	²P_1/2–4d	²D_3/2	24.696
	²P_3/2–	²D_5/2	24.779		24.778	2

Transition			Calculated^a Wavelength		Measured Wavelength	Int. (Est.)
1s2p	¹P₁–1s3s	¹S₀	39.415		–
1s2p	¹P₁–1s2d	¹D₂	39.100		39.109	5
1s2p	³P₂–1s3s	³S₁	38.639		38.66 ?	1
	³P₁–	³S₁	38.533		_
	³P₀–	³S₁	38.506		–
1s2p	³P₀–1s3d	³D₁	37.761	}	37.784	9
	³P₁–	³D₂	37.786	}	37.784	9
	³P₂–	³D₃	37.877		37.881	12
1s2s	¹S₀–1s3p	¹P₁	37.812		–
1s2s	³S₁–1s3p	³P₂	36.433	}	36.451	5
	³S₁–	³P₁	36.461
	³S₁–	³P₀	36.469
1s2s	³S₁–1s4p	³P₂	27.341		–
	³S₁–	³P₁	27.348		–
	³S₁–	³P₀	27.350		–
1s2p	³P₀–1s4d	³D₁	28.163	}	28.162	1
	³P₁–	³D₂	28.177	}	28.162	1
	³P₂–	³D₃	28.221		28.222	1
1s2p	¹P₁–1s4d	¹D₂	28.908		–

Transition			Calculated^a Wavelength		Measured Wavelength	Int. (Est.)
2s	²S_1/2–3p	²P_1/2	33.355		–
		²P_3/2	33.308	}	33.309	5
2p	²P_1/2–3d	²D_3/2	33.302	}	33.309	5
	²P_3/2–	²D_5/2	33.444		33.443	8
2s	²S_1/2–4p	²P_1/2	24.710	}	24.703	2
		²P_3/2	24.699
2p	²P_1/2–4d	²D_3/2	24.696
	²P_3/2–	²D_5/2	24.779		24.778	2

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Journal of the Optical Society of America B