\begin{table}%t3
\small
\caption{Derived parameters. Column 1 is the source name, Col.~2
is the angular size of the source, Col.~3 is the linear size of
the source assuming a spherical geometry. Rotation temperature of
the (2,~2) and (1,~1) transition, rotation temperature of the (3,~3)
and (2,~2) transition, kinematic temperature and excitation
temperature of the (1,~1) line are listed in Cols.~4--7,
respectively. Volume density of H$_2$ is listed in Col.~8. Column
density of NH$_{3}$ and the corresponding H$_2$ volume density $n_{\rm H_2}\rm (NH_3)$ are listed in Cols.~9 and~10, respectively. Its
mass, virial mass, and the density derived from the virial mass,
${n_{\rm vir}}$ are listed in Cols.~11--13, respectively.\label{tab3}}
%\centerline
{\begin{tabular}{rccccccccccccc}
\hline\hline
Source Name&\multicolumn{2}{c}{\rm angular size} &  $d$ & $T_{\rm R21}$ & 
$T_{\rm R32}$ & $T_{\rm kin}$ & $T_{\rm ex}$(1,~1) & $n_{\rm H_2}$ &
${N\rm (NH_3)}$ & $n_{\rm H_2}\rm (NH_3)$  &
$M$ & ${M_{\rm vir}}$& ${n_{\rm vir}}$\\
 & (\arcsec)& (pc) & &(K)&(K) & (K) &
 (K) &
($\times 10^4$~cm$^{-3}$) & ($\times 10^{14}$~cm$^{-2}$) & ($\times
10^4$~cm$^{-3}$) &($M_{\odot}$) & ($M_{\odot}$) & ($\times
10^4$~cm$^{-3}$)\\
\hline
02485+6902-N&120 &92  &0.44 &  &       &  & &  &   &  &     &   &  \\%&       &
03035+5819-I&150 &120 &2.70 & 23.5(2.6)&       &28.9(4.7) &        &        & 0.8(0.1)&0.03&9.8~$\times$~10$^2$   &1.3~$\times$~10$^3$ &0.04\\%&       &
06306+0437-I&69  &92  &0.67 & 15.5(4.4)&       &16.7(5.7) &        &        &  &  &      &     & \\%&1.3~$\times$~10$^3$       &
06501+0143-I&110 &92  &3.09 & &       &    &        &        &     &   &    &    & \\%&       &
18196-1331-II&69  &92  &0.90 & 20.8(2.0)&41.57  &24.4(3.1) &4.4(0.8)&0.8(0.3)& 3.4(1.2)&0.40&4.6~$\times$~10$^2$ & 2.9~$\times$~10$^2$&0.36\\%&41.57  &
%              &      &       &5.36, 0.90 &          &       &          &        &        &         &1.6~$\times$~10$^4$   &3.4x10$^3$  \\%&       &
18265+0028-I&130 &120 &0.41 & 13.0(0.3)&       &13.7(0.4) &5.7(0.2)&2.0(0.1)& 8.9(0.5)&2.3&2.5~$\times$~10$^2$ &26 &.24\\%&23.27  &
%              &      &       &&          &       &          &        &        &         &   &   \\%&       &
18308-0503-II&100 &92    &1.47 & 14.4(2.2)&       &15.4(2.7) &3.7(0.4)&0.5(0.1)& 3.8(1.7)&0.28&1.4~$\times$~10$^3$ &5.0~$\times$~10$^2$&0.10 \\%&62.59  &
%             &      &       & &          &       &          &        &        &         &1.3x10$^3$  &1.0x10$^3$ \\%&       &
%G23.46-0.20   &      &       &     & 25.3(1.9)&     &32.3(3.7) &        &        & 2.0(0.2)&         &        \\%&254.37?&
%              &      &       &     &          &       &          &        &        &         &         &        \\%&       &
18352-0148-I&92  &120 &1.65 & 15.4(1.7)&       &16.6(2.2) &3.7(0.2)&0.5(0.1)& 5.5(1.6)&0.36&2.5~$\times$~10$^3$ &7.5~$\times$~10$^2$&0.11 \\%&62.59  &
%              &      &       &1.65 &          &       &          &        &        &         &2.5x10$^3$  &1.5x10$^3$ \\%&       &
18361-0627-I&69  &69  &1.91 & 16.2(1.5)&       &17.8(2.0) &3.8(0.3)&0.5(0.1)& 4.2(1.3)&0.24&2.6~$\times$~10$^3$  &3.8~$\times$~10$^2$ &0.03\\%&       &
%              &      &       &1.91 &          &       &          &        &        &         &2.6x10$^3$  &7.6x10$^2$  \\%&       &
18414-0339-I&57   &69  &1.93 & 16.3(1.2)&      &17.9(1.6) &3.8(0.1)&0.5(0.0)&10.2(1.1)&0.57&6.3~$\times$~10$^3$ &6.5~$\times$~10$^2$&0.06 \\%&77.90  &
%              &      &       &1.93 &          &       &          &        &        &         &6.3x10$^3$  &1.3x10$^3$ \\%&       &
19363+2018-I&97  &63  &1.32 & 14.9(1.2)&      &16.1(1.5) &4.0(0.5)&0.6(0.2)& 2.4(0.9)&0.20&7.0~$\times$~10$^2$  &1.5~$\times$~10$^2$ &0.04 \\%&62.59  &
%             &      &       &1.32 &          &       &          &        &        &         &7.0x10$^2$   &2.9x10$^2$  \\%&       &
19471+2641-II&69  &81  &0.92 &  &       &      &        &        &    &   &      &   &\\%&       &
%              &      &       &0.92 &          &       &          &        &        &         &1.1x10$^2$   &1.1x10$^3$ \\%&       &
19474+2637-I&69  &100 &1.04 & 19.4(2.3)&43.64  &22.3(3.4) &3.6(0.3)&0.4(0.1)& 4.8(1.1)&0.50&8.7~$\times$~10$^2$  &5.1~$\times$~10$^2$ &0.29\\%&43.64  &
%              &      &       &1.04 &          &       &          &        &        &         &8.7x10$^2$   &1.1x10$^3$ \\%&       &
%IRAS20215NW   &160  &100&2.50 & 22.4(3.5)&     &27.0(5.9) &4.2(0.7)&0.7(0.2)& 0.8(0.2)&1.4~$\times$~10$^3$  &4.6~$\times$~10$^2$ \\%&       &
20215NW-II   &160  &100&2.50 & 15.3(1.1)&     &16.6(1.4) &3.9(0.3)&0.6(0.1)& 3.8(1.5)&0.16&1.2~$\times$~10$^3$  &4.6~$\times$~10$^2$&0.06 \\%&       &
%              &      &       &0.02 &          &       &          &        &        &         &0.1     &11   \\%&       &
20215SE-II   &200  &80  &2.50 & 13.7(3.5)&    &14.5(2.4) &3.7(0.3)&0.5(0.1)& 0.8(0.2)&0.04&7.1~$\times$~10$^2$  &6.0~$\times$~10$^2$ &0.03\\%&       &
%              &      &       &0.02 &          &       &          &        &        &         &0.1     &11   \\%&       &
23139+5939-I&81   &69   &1.60 & 20.7(1.7)&       &24.2(2.7) &        &        & 0.8(0.1)&0.05&3.4~$\times$~10$^2$   &7.5~$\times$~10$^2$&0.11 \\%&53.45  &
23151+5912-I&57   &45   &1.35 & 32.2(6.9)&       &47.8(19.0)&        &        &  &  &    &     & \\%&       &
%              &      &       &     &          &       &          &        &        &         &         &        \\
G23.46-0.20\degr   &      &       &     & 25.3(1.9)&     &32.3(3.7) &        &        & 2.0(0.2)&         &       & \\%&254.37?&
%              &      &       &     &          &       &          &        &        &         &         &        \\%&       &
18355-0650\degr &69   &97   &2.27 & 16.0(0.9)&      &17.5(1.2) &4.7(0.2)&1.0(0.1)&13.9(1.4) &0.66&1.2~$\times$~10$^4$ &9~$\times$~10$^2$&0.7 \\%&68.71  &
%              &      &       &2.27 &          &       &          &        &        &          &1.2x10$^3$ &1.8x10$^3$ \\%&       &
20160+3911\degr&92  &69   &1.44 & 16.4(1.9)&       &17.9(2.6) &        &        & 1.2(0.2) &0.09&4.2~$\times$~10$^2$   &2.3~$\times$~10$^2$ &0.05 \\
\hline
\end{tabular}}
\par
\smallskip
 Note: The Letters (N, I, II and o) are the same as for Table 2.
\par
\end{table}