Table B.2: Observable spectral lines in red and blue channel. ^aWavelengths, Pierce & Breckenridge (1974). ^b Effective Landé factor, Solanki et al. (1987). ^c Height of line core formation above $\tau _{\rm 500nm}=1$ . ^d all values in this section from J. Bruls (personal note). ^e Values from H. Schleicher (personal note). ^f Nave et al. (1994).
Element $\lambda$ Transition g_j $\Delta h^{c}$

[nm] ^2S+1L_J [km]

Solar absorption lines^d, CCD 2

Ca II H 396.849 ²S _0.5 - ²P_0.5 1.33 1480-2130

Fe I 396.452 ³P ₁ - ⁵P₂ 2.00 110-320

Fe I^f 396.551 ⁵D ₃ - ⁵D₄ -

Fe I 396.607 ³F ₂ - ³D₃ 2.00 350-520

Fe I^f 396.665 ⁵D ₀ - ⁵F₁ -

Fe I^f 396.681 ³D ₂ - ⁵F₁ -

Fe I 396.745 ³H ₄ - ¹G₃ 0.75 270-450

Fe I 396.792 ⁵D ₃ - ³G₄ 1.00 280-510

Fe I 396.918 ³F ₄ - ³F₃ 1.50 510-630

Fe I^f 396.963 ³D₃ - ³H₄ -

Solar absorption lines, CCD 1

Fe I 630.151^a ⁵P₂ - ⁵D₂ 1.67^b 300-500^e

Fe I 630.250^a ⁵P₁ - ⁵D₀ 2.50 200-460^e

Fe I 630.346 ⁵G₆ - ⁵G₅ -

Ti I 630.375 ³F₃ - ³G₃

Telluric absorption lines, CCD 1

O₂ 630.200^a - - earth atm.

O₂ 630.276^a - - earth atm.

**Table B.2:** Observable spectral lines in red and blue channel. ^aWavelengths, Pierce & Breckenridge (1974). ^b Effective Landé factor, Solanki et al. (1987). ^c Height of line core formation above $\tau _{\rm 500nm}=1$ . ^d all values in this section from J. Bruls (personal note). ^e Values from H. Schleicher (personal note). ^f Nave et al. (1994).
Element	$\lambda$	Transition	g_j	$\Delta h^{c}$
	[nm]	^2S+1L_J		[km]
Solar absorption lines^d, CCD 2
Ca II H	396.849	²S _0.5 - ²P_0.5	1.33	1480-2130
Fe I	396.452	³P ₁ - ⁵P₂	2.00	110-320
Fe I^f	396.551	⁵D ₃ - ⁵D₄		-
Fe I	396.607	³F ₂ - ³D₃	2.00	350-520
Fe I^f	396.665	⁵D ₀ - ⁵F₁		-
Fe I^f	396.681	³D ₂ - ⁵F₁		-
Fe I	396.745	³H ₄ - ¹G₃	0.75	270-450
Fe I	396.792	⁵D ₃ - ³G₄	1.00	280-510
Fe I	396.918	³F ₄ - ³F₃	1.50	510-630
Fe I^f	396.963	³D₃ - ³H₄		-
Solar absorption lines, CCD 1
Fe I	630.151^a	⁵P₂ - ⁵D₂	1.67^b	300-500^e
Fe I	630.250^a	⁵P₁ - ⁵D₀	2.50	200-460^e
Fe I	630.346	⁵G₆ - ⁵G₅		-
Ti I	630.375	³F₃ - ³G₃
Telluric absorption lines, CCD 1
O₂	630.200^a	-	-	earth atm.
O₂	630.276^a	-	-	earth atm.

Source LaTeX | All tables | In the text

	1 Introduction
	2 Instrumental design and characteristics
	3 Calibration of polarimetric data
	4 Calibration accuracy and sensitivity
	5 Observations
	6 Summary
	References
	Online Material
	Appendix A: Derivation of the response function
	Appendix B: Technical characteristics