Table 1: Structural parameters of the model of $15~M_{\odot}$ with $v_{\rm ini}= 300$ km s^-1 when $X_{\rm c}= 0.571$ .
$M_r/M_\odot$ $r/{R_{\odot }}$ $\Omega$ ${{\rm d}\ln\Omega \over {\rm d}\ln r}$ $\nabla_\mu$ $\nabla_{\rm rad}$ $\nabla_{\rm ad}$ g $\delta$ $H_{\rm p}$ K

6.5726 1.445 0.76E-04 -0.11E+00 0.18E+00 0.317 0.337 0.86E+05 1.334 0.33E+11 0.35E+10

11.0386 2.080 0.69E-04 -0.33E+00 0.32E-03 0.269 0.348 0.69E+05 1.255 0.27E+11 0.79E+10

14.9421 4.159 0.60E-04 -0.84E-01 0.14E-06 0.225 0.326 0.23E+05 1.455 0.19E+11 0.81E+12

**Table 1:** Structural parameters of the model of $15~M_{\odot}$ with $v_{\rm ini}= 300$ km s^-1 when $X_{\rm c}= 0.571$ .
$M_r/M_\odot$	$r/{R_{\odot }}$	$\Omega$	${{\rm d}\ln\Omega \over {\rm d}\ln r}$	$\nabla_\mu$	$\nabla_{\rm rad}$	$\nabla_{\rm ad}$	g	$\delta$	$H_{\rm p}$	K
6.5726	1.445	0.76E-04	-0.11E+00	0.18E+00	0.317	0.337	0.86E+05	1.334	0.33E+11	0.35E+10
11.0386	2.080	0.69E-04	-0.33E+00	0.32E-03	0.269	0.348	0.69E+05	1.255	0.27E+11	0.79E+10
14.9421	4.159	0.60E-04	-0.84E-01	0.14E-06	0.225	0.326	0.23E+05	1.455	0.19E+11	0.81E+12

Source LaTeX | All tables | In the text