\begin{table}%t5
%\centering
\par
\caption{Properties of the GMAs derived by application of GAUSSCLUMPS.}
\begin{tabular}{ccccccc}
\hline\hline
Number & $R_{\rm eff}$ & $M_{\rm thin}$ & $M_{\rm thick}$ &$M_{\rm vir}$ & $\alpha_{\rm vir}$ & $X$\\
&&$10^{3}$&$10^{5}$ &$10^{6}$ &&$10^{21}$\\
& [pc]& [$M_\odot$] &[$M_\odot$] &[$M_\odot$]& & [mol cm$^{-2}$ (K~km~s$^{-1}$)$^{-1}$]\\
(1)&(2)&(3)&(4)&(5)&(6)&(7)\\
\hline
1	&	151.88	&	3.83	&	7.20	&	8.54	&	11.86	&	2.29	\\
2	&	105.08	&	1.11	&	2.08	&	2.92	&	14.07	&	2.71	\\
3	&	105.08	&	0.92	&	1.73	&	2.92	&	16.89	&	3.26	\\
4	&	125.28	&	1.50	&	2.83	&	4.60	&	16.27	&	3.14	\\
5	&	105.08	&	0.92	&	1.73	&	2.92	&	16.89	&	3.26	\\
6	&	131.67	&	1.71	&	3.21	&	5.12	&	15.93	&	3.07	\\
7	&	125.28	&	1.20	&	2.26	&	4.60	&	20.34	&	3.92	\\
8	&	105.08	&	0.74	&	1.38	&	2.92	&	21.11	&	4.07	\\
9	&	123.81	&	1.17	&	2.19	&	4.48	&	20.43	&	3.94	\\
10	&	105.08	&	0.74	&	1.38	&	2.92	&	21.11	&	4.07	\\
11	&	108.91	&	0.82	&	1.54	&	3.23	&	21.04	&	4.06	\\
12	&	146.74	&	1.79	&	3.37	&	6.36	&	18.86	&	3.64	\\
13	&	105.08	&	0.74	&	1.38	&	2.92	&	21.11	&	4.07	\\
14	&	105.08	&	0.74	&	1.38	&	2.92	&	21.11	&	4.07	\\
15	&	140.06	&	1.66	&	3.11	&	6.23	&	20.03	&	3.86	\\
16	&	132.22	&	1.40	&	2.63	&	5.28	&	20.10	&	3.88	\\
\hline
\label{table5}
\end{tabular}
\end{table}