**Table 2:** Results of the fit to the observed Li I doublet of HD 74000.
Type of fit	⁶Li/⁷Li^a	Shift^b	Broadening	Goodness of fit^c
	%	${\rm m~ s^{-1}}$	${\rm km~ s^{-1}}$
Empirical Prof.	-2.8	371	5.81	0.304
Empirical Prof.	6.3	0^d	5.15	0.002
Empirical Prof.	0^d	372	5.77	0.316
Symmetr. Prof.	2.3	412	5.92	0.272
1D LTE	2.4	394	5.80	0.233
3D LTE^e	0.2	290	4.29	0.324
3D NLTE^e	0.6	82	2.66	0.303

^a A negative value indicates that the fitted ⁶Li line is emission. ^b This is the fitted shift necessary to match the observed profile, note that while the empirical and 1D profiles have a zero intrinsic shift the 3D profiles have +100 ${\rm m~ s^{-1}}$ and +300 ${\rm m~ s^{-1}}$ convective shifts respectively. ^c Defined as the probability of obtaining a $\chi^2$ as high as the one observed. ^d Fixed. ^e Rotationally broadened by 1 ${\rm km~ s^{-1}}$ .

Source LaTeX | All tables | In the text