Table 2: Selected gas emission lines, 3 $^{\prime \prime }$ SW in disk.
Line $\lambda_{{\rm air}}^{{\rm a}}$ Flux $^{{\rm b}}$ $\sigma_{{\rm flux}}^{{\rm b}}$ $E_{{\rm low}}^{{\rm c}}$ $E_{{\rm high}}^{{\rm c}}$

Fe I 3820.425 61.3 2.5 0.859 4.103

Fe I 3859.911 111.3 3.4 0.000 3.211

Na I D₂ 5889.951 79.2 4.0 0.000 2.104

Na I D₁ 5895.924 42.4 2.5 0.000 2.102

Ca II K 3933.663 12.0 1.0 0.000 3.151

Ca II H 3968.468 16.8 1.2 0.000 3.123

$^{{\rm a}}$
Wavelength of transition in air, in units of Å.
$^{{\rm b}}$
Flux in units of 10^-16 erg s^-1 cm^-2 arcsec^-1; see Sect. 3.5.
$^{{\rm c}}$
Lower and upper energy levels of transition, in units of eV.

**Table 2:** Selected gas emission lines, 3 $^{\prime \prime }$ SW in disk.
Line	$\lambda_{{\rm air}}^{{\rm a}}$	Flux $^{{\rm b}}$	$\sigma_{{\rm flux}}^{{\rm b}}$	$E_{{\rm low}}^{{\rm c}}$	$E_{{\rm high}}^{{\rm c}}$
Fe I	3820.425	61.3	2.5	0.859	4.103
Fe I	3859.911	111.3	3.4	0.000	3.211
Na I D₂	5889.951	79.2	4.0	0.000	2.104
Na I D₁	5895.924	42.4	2.5	0.000	2.102
Ca II K	3933.663	12.0	1.0	0.000	3.151
Ca II H	3968.468	16.8	1.2	0.000	3.123

Source LaTeX | All tables | In the text