Table 2: Photometry, effective temperatures, Li equivalent widths and Li abundances for the sample of HP86. Stars marked with asterisks are in common with us.
No. No. V B-V₀ $T_{\rm eff}$ EW(Li) $\log n\rm {(Li)}$ $_{N\rm {LTE}}$

P H (K) ( $\rm {m\AA}$ )

575 94 13.840 0.725 5425 <5 <0.94

701* 146 13.060 0.655 5677 45 $2.15 \pm0.20$

790 185 12.267 0.494 6325 42 $2.60 \pm0.19$

859* 207 13.200 0.635 5753 7 $1.38 \pm0.20$

917 227 14.100 0.895 4885 <12 <0.82

921* 229 12.644 0.518 6223 63 $2.72 \pm0.19$

953 237 12.352 0.565 6027 43 $2.39 \pm0.21$

1017 265 13.260 0.625 5791 15 $1.75 \pm0.20$

**Table 2:** Photometry, effective temperatures, Li equivalent widths and Li abundances for the sample of HP86. Stars marked with asterisks are in common with us.
No.	No.	V	B-V₀	$T_{\rm eff}$	EW(Li)	$\log n\rm {(Li)}$ $_{N\rm {LTE}}$
P	H			(K)	( $\rm {m\AA}$ )
575	94	13.840	0.725	5425	<5	<0.94
701*	146	13.060	0.655	5677	45	$2.15 \pm0.20$
790	185	12.267	0.494	6325	42	$2.60 \pm0.19$
859*	207	13.200	0.635	5753	7	$1.38 \pm0.20$
917	227	14.100	0.895	4885	<12	<0.82
921*	229	12.644	0.518	6223	63	$2.72 \pm0.19$
953	237	12.352	0.565	6027	43	$2.39 \pm0.21$
1017	265	13.260	0.625	5791	15	$1.75 \pm0.20$

Source LaTeX | All tables | In the text