\documentclass{article}

\begin{document}
\def\etal {{ et al.~}}
\def\baselinestretch{1.0}

\begin{table}
\caption[] { List of known members in Cha I with IR excess.}
%\begin{center}
\begin{tabular}{llllllllll}
\hline
ISO & $\alpha (2000)$ & $\delta (2000)$ & I & J & K$_s$ & F$_{6.7}$ & F$_{14.3}$ & Id. & Ref.Id.\\  
ChaI &  h\quad m\quad s & $\circ \quad ^{\prime }\quad "$ & mag. &  mag. & mag. & (mJy) &  (mJy) & \\  
 \hline         
    3 & 11 02 25.0 & -77 33 36 & 10.12 &  9.00 &  8.26 & 47.3(1.2) & 21.6(1.8) & CSCha &  1 \\ 
    4* & 11 02 33.0 & -77 29 14 & 12.97 & 11.23 & 10.16 & 15.0(0.8) & 7.5(1.9) & CHXR71 & 2 \\        
   10* & 11 02 49.2 & -77 21 43 & 13.14 & 11.41 & 10.36 & 19.7(0.7) &  16.8(1.2) & HM8 & 1 \\
   46 & 11 04 23.5 & -77 18 09 & 16.25 & 14.48 & 12.36 & 29.1(1.1) & 91.3(1.4) & HH48 & 11 \\ 
   52 & 11 04 42.3 & -77 41 57 & 13.63 & 11.78 & 10.61 & 11.5(0.7) & 22.3(0.9) & B18 & 6 \\ 
   55 & 11 04 57.7 & -77 15 58 & 14.80 & 12.10 & 10.27 & 23.1(1.4) & 14.4(2.1) & Sz13 & 1 \\
   75 & 11 06 13.4 & -77 21 53 & 9.42 & 7.66 & 6.27 & 264.7(2.3) & 137.5(3.2) &  Ced 110/2 & 4 \\ 
   81 & 11 06 45.9 & -77 27 05 & 12.00 & 10.31 & 8.76 & 74.8(1.1) & 91.0(1.3) & CHXR20 & 2 \\ 
   84 & 11 06 48.6 & -77 22 34 & & &  12.95 & 23.0(1.3) & 59.1(2.1) & Ced 110/4 & 4 \\  
   89 & 11 06 59.5 & -77 18 54 & 12.92 & 11.30 & 9.89 & 44.6(1.1) & 55.5(1.6) &  UY Cha & 1 \\ 
   92 & 11 07 09.8 & -77 23 05 & & &  10.94 & 216.4(3.3) & 349.2(4.2) &  Ced 110/6 & 4 \\
   93 & 11 07 10.7 & -77 43 48 & 16.72 & 14.15 & 12.52 & 8.9(1.1) &  & CHXR22 & 2 \\
   95 & 11 07 16.8 & -77 35 57 & 16.58 & 13.44 & 12.17 & 6.7(1.8) & 11.8(1.5) &  Cha H$\alpha1$ & 5 \\
  100 & 11 07 21.0 & -77 38 11 & 9.31& 8.02 & 6.34 & 1159.4(18.4) & 1643.4(36.9) & LH$\alpha$33217 & 1 \\
  101 & 11 07 21.9 & -77 22 13 & & 15.28 & 10.86 & 54.8(0.8) & 120.0(1.2) & B35 & 6 \\
  111 & 11 07 43.1 & -77 34 00 & 15.26 & 12.15 & 10.55 & 24.5(1.4) & 23.4(1.2) &  Cha H$\alpha2$ & 5 \\  
  112 & 11 07 44.6 & -77 39 41 & 12.56 & 10.20 & 8.34 & 114.2(1.8) & 164.6(1.7) & HM15 & 1 \\ 
  119 & 11 07 57.7 & -77 38 45 & 12.76 & 10.18 & 7.19 & 1528.0(34.8) &  2893.7(54.5) & HM16 & 1 \\
  120 & 11 07 57.9 & -77 42 42 & 14.58 & 11.98 & 9.92 & 60.4(1.2) &  & Sz23 & 1 \\
  122* & 11 08 00.9 & -77 17 29 & 15.57 & 11.74 & 9.04 & 118.4(3.0) & 90.9(1.4) &  CHXR30 & 2 \\
  123 & 11 08 01.3 & -77 42 33 & 10.56 & 8.66 & 6.98 & 355.8(4.8) & 459.0(4.9) & VW Cha & 1 \\
  124 & 11 08 03.1 & -77 39 18 & 8.58 & 7.39 & 6.26 & 3704.4(83.7) & 7473.2(79.6) & HD97048 & 1 \\
  135 & 11 08 16.0 & -77 33 54 & 10.54 & 8.58 & 6.22 & 2736.4(80.4) & 5259.9(134.9) & GlassI & 1\\
  150 & 11 08 37.1 & -77 43 50 & 15.86 & 11.93 &  8.48 & 1278.8(21.2) & 10260.8(166.0) &  IRN & 1\\
  152 & 11 08 40.0 & -77 34 16 & 15.13 & 12.21 & 10.90 & 12.7(1.5) & &  Cha H$\alpha$6 & 5 \\
  157 & 11 08 51.5 & -76 25 14 & 14.74 & 12.45 & 11.30 & 7.5(1.5) & & Sz28 & 1 \\
  160 & 11 08 54.8 & -77 32 11 & 14.75 & 12.17 & 10.92 & 5.8(0.8) & & CHXR78 & 2 \\
  162 & 11 08 55.2 & -77 02 12 & 12.99 & 11.12 & 9.26 & 85.4(1.9) & 69.8(1.3) &  VYCha & 1 \\
  186 & 11 09 18.7 & -76 30 31 & 14.91 & 11.63 & 8.95 & 117.9(1.7) & 113.5(2.6) & Hn9 & 7 \\
  189 & 11 09 23.3 & -76 34 35 & 17.99 & 13.13 & 9.32 & 383.1(5.6) & 611.3(19.3) & C1-6 & 8 \\
  192 & 11 09 29.2 & -76 33 30 & & & 12.24 & 230.7(2.3) & 1391.2(48.5) & Cha INa2 & 9 \\
  199 & 11 09 42.6 & -76 35 01 & & 13.56 & 9.80 & 126.6(6.7) & 205.6(14.0) & C1-25 & 8 \\
  200 & 11 09 43.0 & -77 25 57 & 15.71 & 12.19 & 10.42 & 14.9(1.3) & 12.3(2.3) & Ced 110/9 & 4 \\
  204 & 11 09 46.9 & -76 34 49 & 14.81 & 11.93 & 9.84 & 69.2(13.0) & 93.4(14.0) & Hn10E & 7 \\ 
  207 & 11 09 47.8 & -77 26 28 & 16.02 & 12.38 & 9.93 & 34.4(1.0) & 35.1(1.4) & Baud43 & 10 \\ 
  211 & 11 09 50.4 & -76 36 48 & 8.84 & 7.56 & 7.05 & 6100.0(97.5) & 7992.0(198.0) & HD97300 & 1 \\ 
  223 & 11 09 54.1 & -76 34 26 & 14.61 & 10.62 & 6.42 & 3071.4(63.1) & 4451.6(109.8) & HM23 & 1\\
  224 & 11 09 54.6 & -76 29 26 & 13.99 & 11.29 & 9.17 & 72.0(3.1) & 81.9(2.9) & Sz33 & 1\\
  226 & 11 09 55.7 & -76 32 42 & & 13.87 & 9.52 & 243.1(2.7) & 345.9(11.2) & C1-2 & 8 \\
  228 & 11 09 58.8 & -77 37 10 & 11.82 & 9.69 & 7.86 & 268.4(4.0) & 262.0(3.1) & WXCha & 1 \\ 
  231 & 11 10 00.8 & -76 34 59 & 11.02 & 8.56 & 5.75 & 2974.7(65.2) & 4168.8(102.5) & WWCha & 1\\
  232 & 11 10 04.3 & -76 33 30 & 14.46 & 11.55 & 9.39 & 104.6(1.8) & 102.9(2.8) & Hn11 & 7 \\
  233 & 11 10 05.4 & -76 35 46 & 11.93 & 10.23 & 9.04 & 48.3(7.2) & 43.4(6.2) &  GK1 & 1\\
  234 & 11 10 07.6 & -76 29 38 & 11.60 & 9.87 & 8.31 & 154.6(1.8) & 156.8(3.5) & WYCha & 1 \\
  251 & 11 10 38.4 & -77 32 41 & 11.66 & 9.59 & 8.23 & 147.0(5.4) & 162.5(2.7) & CHXR47 & 3 \\
  254 & 11 10 50.0 & -77 17 53 & 13.01 & 10.91 & 9.07 & 134.1(2.9) & 238.6(1.6) & HM27 & 1 \\
  258 & 11 10 54.0 & -76 34 32 & 12.77 & 11.08 & 9.95 & 51.8(1.5) & 57.8(1.9) & WZCha & 1 \\
  259 & 11 10 56.3 & -76 45 33 & 13.85 & 11.13 & 9.96 & 31.4(1.8) & 27.5(1.9) & Hn13 & 7 \\
\hline
\end{tabular}
%\end{center}
1$\sigma$ statistical errors for LW2 and LW3 are given in bracketts \\
Ref.Id.: (1) Gauvin \& Strom (1992); (2) Lawson \etal (1996); (3) Huenemoerder \etal (1994); (4) Prusti \etal (1991); (5) Comeron \etal (1999); (6) Alcala' (1994); (7) Hartigan (1993); (8) Jones \etal(1985); (9) Persi \etal (1999); (10) Baud \etal (1984); (11) Schwartz (1991).\\
$^{\star}$ ISOCAM-DENIS identification uncertainty
\end{table} 

\begin{table}
\caption[] {Positions and photometry of the new members in Cha I with IR
excess. }
%\begin{center}
\begin{tabular}{llllllll}
\hline
ISO-ChaI & $\alpha (2000)$ & $\delta (2000)$ & I & J & K$_s$ & F$_{6.7}$ & F$_{14.3}$\\  
&  h\quad m\quad s & $\circ \quad ^{\prime }\quad "$ & mag. &  mag. & mag. & (mJy) &  (mJy)  \\ 
\hline
    1 & 11 02 16.3 & -77 46 30 & 17.02 & 13.99 & 12.23 & 4.3(1.0)& \\         
   13 & 11 02 53.1 & -77 24 07 &  & & &  5.3(0.8) & 8.8(1.1) \\
   28 & 11 03 42.0 & -77 26 51 & 15.91 & 13.05 & 11.91 & 3.2(0.7)& \\
   68* & 11 05 53.7 & -77 43 29 & 16.70 & 13.47 & 12.64 & 2.5(0.7)& \\
   71 & 11 06 04.3 & -77 39 30 & & 15.53 & 12.67 & 2.9(0.8)& \\
   79 & 11 06 39.4 & -77 36 09 & & 15.53 & 12.41 & 8.0(2.0) & 9.9(1.5)  \\
   86 & 11 06 57.2 & -77 22 51 & & & &  45.7(1.5) & 70.6(2.6)  \\
   91+ & 11 07 09.6 & -77 18 47 & & 15.12 & 11.32 & 12.7(1.1) & 26.3(1.5) \\
   97+ & 11 07 18.3 & -77 23 13 & & &  11.83 & 51.2(1.1) & 78.5(1.7) \\
   98 & 11 07 19.0 & -77 32 54 & 17.61 & 13.89 & 11.69 & 11.4(0.9) & 9.2(1.3) \\
  114 & 11 07 50.3 & -77 10 01 & 15.30 & 14.19 & 12.85 & 2.9(0.7)& \\
  126+ & 11 08 04.0 & -77 38 42 & 14.39 & 11.64 & 8.24 & 676.4(5.7) & 1279.3(16.8) \\
  138 & 11 08 19.2 & -77 30 41 & 16.74 & 14.07 & 13.02 & 15.3(0.8) & 17.6(1.3) \\
  143 & 11 08 23.2 & -77 30 28 & 15.43 & 12.65 & 11.06 & 15.6(1.5) & 16.5(1.5) \\
  145 & 11 08 25.4 & -76 55 58 & 15.03 & 13.31 & 11.87 & 5.9(0.9) & \\ 
  147 & 11 08 27.1 & -77 15 52 & 16.79 & 13.73 & 12.34 & 4.3(1.1)& \\
  154 & 11 08 43.5 & -76 27 49 & 14.42 & 12.84 & 11.32 & 5.6(0.9)& \\
  164 & 11 08 55.4 & -76 39 42 & 13.49 & 12.51 & 11.60 & 4.9(1.1)& \\
  165 & 11 08 55.6 & -76 32 43 & 15.87 & 13.03 & 11.38 & 12.0(1.8)& \\
  177* & 11 09 07.9 & -76 49 10 & 14.75 & 13.12 & 11.95 & 2.9(0.9) & \\
  206 & 11 09 47.7 & -76 51 18 & & 16.05 & 13.32 & 2.9(0.5)& \\
  209+ & 11 09 49.0 & -77 14 38 & & 15.19 & 12.06 & 6.7(0.7) & 7.0(1.4) \\
  216 & 11 09 52.4 & -76 57 59 & 15.74 & 13.27 & 11.40 & 10.3(0.6)& \\
  217 & 11 09 52.6 & -76 39 13 & 16.54 & 13.28 & 11.70 & 10.3(2.5)& \\ 
  220 & 11 09 53.8 & -77 28 35 & 18.11 & 14.36 & 12.38 & 5.3(0.7) & 6.7(1.1) \\
  225 & 11 09 55.0 & -76 31 12 & 17.12 & 14.86 & 13.05 & 16.1(1,6) & 17.0(2.3) \\
  235 & 11 10 08.7 & -77 27 46  & 17.58 & 13.47 & 11.18 & 15.7(1.1) & 17.2(1.2)  \\ 
  237+ & 11 10 12.1 & -76 35 30 & 13.90 & 10.77 & 8.51 & 186.3(6.2) & 238.5(8.8) \\
  247 & 11 10 34.0 & -76 39 23 & 16.06 & 13.15 & 11.31 & 6.3(1.6)& \\
  250 & 11 10 36.8 & -77 22 13 & 15.57 & 12.34 & 10.80 & 20.0(0.7)& 5.5(1.2) \\         
  252 & 11 10 42.3 & -77 20 47 & 17.11 & 13.75 & 12.30 & 5.5(0.8) & 6.8(1.2) \\ 
  256+ & 11 10 52.4 & -77 25 07 & 17.51 & 13.28 & 10.83 & 38.4(0.7) & 47.4(1.2)  \\
  274* & 11 11 24.8 & -77 06 13 & 16.27 & 14.41 & 13.38 & 6.3(0.6)& \\ 
  282 & 11 12 04.0 & -77 26 03 & 15.52 & 13.01 & 11.56 & 7.6(1.2) & 8.2(1.5)\\  
\hline
\end{tabular}
%\end{center}
$^+
$ New YSOs candidates proposed by Cambr\'esy \etal (1998)\\
$^{\star}$ ISOCAM-DENIS identification uncertainty\\
1$\sigma$ statitical errors for LW2 and LW3 are given in brackets.
\end{table} 

\begin{table}
\caption[] {Physical parameters of the identified Cha I cloud members. }
%\begin{center}
\begin{tabular}{lllllll}
\hline
ISO-ChaI & A$_J$ & L$_{\star}$($\lsol$) & $\alpha$$_{IR}$ & Sp.type &  Id. & IR Class \\   
\hline
           3& 0.3 & 1.61 & -2.4 & K4 & CSCha & Class III \\   
           4& 0.5 & 0.22 & -2.1 & M2 & CHXR71 &  Class III\\
          10& 0.6 & 0.20 & -1.5 & M0.5 & HM8 &  Class II\\
          17& 1.1 & 0.66 & -2.9 & G5 & CHXR11 & Class III \\
          32& 1.2 & 0.35 & -2.5 & & Hn2 & Class III\\
          34& 0.4 & 0.26 & -2.7 & M3 & CHXR12 & Class III\\
          46& 0.5 & 0.03 & +0.3 & & HH48 & Class I-II \\   
          48& 1.0 & 0.44 & -2.8 & & HM10 & Class III \\
          52& 0.5 & 0.12 & -1.3 & & B18 & Class II \\
          55& 1.2 & 0.16 & -1.5 & & Sz13 & Class II \\
          65& 0.4 & 0.14 & & M5 & CHXR15 \\
          75& 0.8 & 8.80 & -2.4 & K6 & Ced 110/2 & Class III \\
          78& 1.1 & 0.07 & & M4.5 & CHXR73 \\
          80& 0.7 & 0.31 & & & UXCha \\
          81& 0.6 & 0.56 & -1.4 & M0 & CHXR20 & Class II\\
          87& 0.4 & 0.11 & & M4.5 & CHXR74 \\
          89& 0.5 & 0.19 & -1.2 & M1.5 & UYCha & Class II\\
          93& 1.5 & 0.04 & & K7 & CHXR22 \\
          94& 0.8 & 0.28 & & K7 & Hn6 \\
          95& 0.3 & 0.02 & -0.8 & M7.5 & Cha H$\alpha$1 & Class II\\
          100& 0.7 & 9.94 & -1.1 & G2 & LH$\alpha$33217 & Class II\\
          105& 0.3 & 0.12 & & M1 & CHXR25 \\
          106& 0.4 & 0.07 & & M5 & B34 \\
          108& 2.3 & 0.93 & & K7 & CHXR26 \\
          111& 1.3 & 0.08 & -1.3 & M6 & Cha H$\alpha$2 & Class II\\
          112& 1.1 & 0.95 & -1.3 & M1 & HM15 & Class II\\
          116& 0.6 & 0.06 & & M6 & Cha H$\alpha$3 \\
          117& 0.7 & 1.82 & -2.8 & M1 & CHX10a & Class III\\
          119& 1.4 & 1.56 & -0.4 & K7 & HM16 & Class II\\
          120& 1.1 & 0.17 & & M2.5 & Sz23 \\
          122& 2.5 & 0.93 & -1.3 & K7 & CHXR30 & Class II\\
          123& 0.7 & 2.90 & -1.5 & M0.5 & VWCha & Class II\\
          135& 1.0 & 4.29 & & K7 & Glass I \\
          136& 0.5 & 0.20 & & M3.5 & HM19 \\
          144& 0.6 & 0.08 & & M6 & Cha H$\alpha$5 \\
          151& 0.3 & 0.10 & -2.3 & M0 & HM20 & Class III\\
          152& 0.8 & 0.08 & & M6 & Cha H$\alpha$6 \\
          153& 0.9 & 0.66 & & M0 & CHX13a \\
          157& 0.9 & 0.09 & & & Sz28 \\
          160& 0.6 & 0.07 & & M5.5 & CHXR78 \\
          162& 0.7 & 0.29 & -1.3 & M0.5 & VYCha & Class II\\
          174& 0.7 & 0.14 & & & Hn7 \\
          182& 0.4 & 0.84 & -2.6 & M0 & Sz30 & Class III \\
          185& 0.8 & 1.15 & -2.8 & K7 & CHXR37 & Class III\\
          186& 1.7 & 0.40 & -1.2 & & Hn9 & Class II\\
          189& 2.9 & 0.32 & -0.4 & & C1-6 & Class II\\
          198& 0.6 & 0.88 & & K7 & CHXR40 \\
          200& 1.8 & 0.39 & -1.5 & & Ced 110/9 & Class II \\
          204& 1.3 & 0.23 & -0.9 & & Hn10e & Class II \\
          207& 1.9 & 0.26 & -1.4 & & Baud43 & Class II\\
          223& 2.2 & 3.63 & -0.5 & & HM23 & Class II\\
          224& 1.4 & 0.48 & -1.3 & M0 & Sz33 & Class II\\
          228& 1.0 & 1.53 & -1.3 & M0 & WXCha & Class II\\
          231& 1.4 & 6.56 & -0.9 & K5 & WWCha & Class II\\
          232& 1.4 & 0.33 & -1.1 & & Hn11 & Class II\\
          233& 0.6 & 0.61 & -1.6 & M0 & GK1 & Class II-Class III\\
          234& 0.8 & 1.10 & -1.4 & K7 & WYCha & Class II\\
          244& 0.8 & 0.19 & & & Hn12W \\
          251& 1.1 & 2.22 & -1.4 & K3 & CHXR47 & Class II\\
          254& 1.1 & 0.56 & -0.8 & K7 & HM27 & Class II\\
          258& 0.5 & 0.26 & -1.1 & M1 & WZCha & Class II \\
          259& 1.2 & 0.42 & -1.5 & &  Hn13 & Class II\\
\hline
\end{tabular}
%\end{center}
\end{table}

\begin{table}
\caption[] {Physical parameters of new Cha I cloud members. }
%\begin{center}
\begin{tabular}{lllll}
\hline
ISO-ChaI & A$_J$ & L$_{\star}$($\lsol$) & $\alpha$(IR) & IR Class \\   
\hline
            1& 1.5 & 0.04 & &\\
           13& & 0.05 & & \\
           28& 1.3 & 0.08 & & \\
           68& 1.6 & 0.07 & & \\
           71& & 0.03 & & \\
           79& & 0.07 & -0.8 & Class II \\
           86& & 0.28 & & \\
           91& & 0.10 & -0.9 & Class II \\
           97& & 0.31 & -0.0 & Class II \\
           98& 2.0 & 0.07 & -1.2 & Class II \\
          114& 0.4 & 0.03 & & \\
          126& 1.2 & 0.27 & -0.3 & Class II \\
          138& 1.2 & 0.03 & -0.2 &  Class II \\
          143& 1.3 & 0.11 & -1.2 & Class II \\
          145& 0.4 & 0.03 & \\
          147& 1.5 & 0.05 & \\
          154& 0.3 & 0.04 & \\
          164& 0.2 & 0.04 & \\
          165& 1.3 & 0.08 & \\
          177& 0.3 & 0.03 & \\
          206& & 0.03 & & \\
          209& & 0.06 & -1.2 & Class II \\
          216& 1.0 & 0.05 & \\
          217& 1.6 & 0.09 & \\
          220& 2.0 & 0.05 & -1.1 & Class II \\
          225& 0.8 & 0.02 & -0.2 & Class II \\ 
          235& 2.3 & 0.14 & -1.2 & Class II \\
          237& 1.5 & 0.79 & -1.1 & Class II \\
          247& 1.4 & 0.08 & \\
          250& 1.6 & 0.20 & -1.9 & ClassII-III \\
          252& 1.7 & 0.06 & -1.1 & Class II \\
          256& 2.4 & 0.17 & -0.8 & Class II \\
          274& 0.7 & 0.02 & \\
          282& 1.0 & 0.06 & -1.4 & Class II \\
\hline
\end{tabular}
%\end{center}
\end{table}

\end{document}
