Table 1: Comparison of the interaction constant from this work and computed with the collisional broadening theory of Anstee et al. (1997).
${\rm Species}$ ${\rm\lambda ( \AA )}$ ${\rm\chi_{ex}}$ (eV) $\log\; gf$ ${C_6^{\rm present}}$ ${C_6^{\rm AOR97}}$

Mg I 5167.321 2.709 -0.857 0.8E-31 0.29E-30

Mg I 5172.684 2.712 -0.38 0.8E-31 0.29E-30

Mg I 5183.604 2.717 -0.158 0.1E-30 0.29E-30

Fe I 5227.192 1.56 -1.5 0.4E-31 0.29E-31

Fe I 5269.550 0.86 -1.32 0.6E-32 0.18E-31

Fe I 5328.051 0.91 -1.666 0.8E-32 0.19E-31

Fe I 5328.542 1.56 -2.15 0.8E-31 0.28E-31

Fe I 5397.141 0.91 -1.993 0.2E-31 0.19E-31

Fe I 5446.924 0.91 -2.55 0.7E-31 0.19E-31

**Table 1:** Comparison of the interaction constant from this work and computed with the collisional broadening theory of Anstee et al. (1997).
${\rm Species}$	${\rm\lambda ( \AA )}$	${\rm\chi_{ex}}$ (eV)	$\log\; gf$	${C_6^{\rm present}}$	${C_6^{\rm AOR97}}$
Mg I	5167.321	2.709	-0.857	0.8E-31	0.29E-30
Mg I	5172.684	2.712	-0.38	0.8E-31	0.29E-30
Mg I	5183.604	2.717	-0.158	0.1E-30	0.29E-30
Fe I	5227.192	1.56	-1.5	0.4E-31	0.29E-31
Fe I	5269.550	0.86	-1.32	0.6E-32	0.18E-31
Fe I	5328.051	0.91	-1.666	0.8E-32	0.19E-31
Fe I	5328.542	1.56	-2.15	0.8E-31	0.28E-31
Fe I	5397.141	0.91	-1.993	0.2E-31	0.19E-31
Fe I	5446.924	0.91	-2.55	0.7E-31	0.19E-31

Source LaTeX | All tables | In the text