Table 2: Parameters for OGLE-TR-122 and its transiting companion. $T_{\rm tr}$ and $T_{\rm per}$ are the epochs of the transits and periastron respectively.
Period (days) 7.26867 [fixed]

Radius ratio $0.114 \pm 0.008$

V_T/R (days $^{-1}~\ R_\odot^{-1}$ ) 16.59 ^+0.4_-2.4

i (degrees) 88-90

$T_{\rm tr}$ (BJD) 2 452 342.28 [fixed]

$T_{\rm per}$ (BJD) 2 452 342.41 $\pm$ 0.02

e $0.205\pm0.008$

$\gamma$ (km s^-1) $-0.494\pm0.068$

K (km s^-1) $9.642\pm0.088$

$\omega$ (degrees) $99.2\pm0.8$

O-C (k s^-1) 0.057

$v~ {\sin i}$ ( km s^-1) $5.7 \pm 0.6$

$T_{\rm eff}$ (K) $5700\pm300$

$\log g$ $3.9\pm0.5$

$[{\rm Fe/H}]$ $0.15\pm0.36$

$R\ (\!\ R_\odot)$ 1.05^+0.20_-0.09

$M\ (\!\ M_\odot)$ $0.98\pm0.14$

$R_{\rm c}\ (\!\ R_\odot)$ 0.120^+0.024_-0.013

$M_{\rm c}\ (\!\ M_\odot)$ $0.092\pm0.009$

**Table 2:** Parameters for OGLE-TR-122 and its transiting companion. $T_{\rm tr}$ and $T_{\rm per}$ are the epochs of the transits and periastron respectively.
Period (days)	7.26867 [fixed]
Radius ratio	$0.114 \pm 0.008$
V_T/R (days $^{-1}~\ R_\odot^{-1}$ )	16.59 ^+0.4_-2.4
i (degrees)	88-90
$T_{\rm tr}$ (BJD)	2 452 342.28 [fixed]
$T_{\rm per}$ (BJD)	2 452 342.41 $\pm$ 0.02
e	$0.205\pm0.008$
$\gamma$ (km s^-1)	$-0.494\pm0.068$
K (km s^-1)	$9.642\pm0.088$
$\omega$ (degrees)	$99.2\pm0.8$
O-C (k s^-1)	0.057
$v~ {\sin i}$ ( km s^-1)	$5.7 \pm 0.6$
$T_{\rm eff}$ (K)	$5700\pm300$
$\log g$	$3.9\pm0.5$
$[{\rm Fe/H}]$	$0.15\pm0.36$
$R\ (\!\ R_\odot)$	1.05^+0.20_-0.09
$M\ (\!\ M_\odot)$	$0.98\pm0.14$
$R_{\rm c}\ (\!\ R_\odot)$	0.120^+0.024_-0.013
$M_{\rm c}\ (\!\ M_\odot)$	$0.092\pm0.009$

Source LaTeX | All tables | In the text

	1 Introduction
	2 Analysis of the spectroscopic and lightcurve data
	3 The mass-radius relation for low-mass stars, brown dwarfs and planets
	4 Implications for planetary transit surveys
	References