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Home All issues Volume 504 / No 2 (September III 2009) A&A, 504 2 (2009) 451-460 Full HTML
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Table 1:

List of simulations performed with relevant physical details.
Serial Experimental Precollision Number of Head-on or T0 2
No. details1 Mach Number ( $\mathcal{M}$) gas particles off-centre  
1 $M_{\rm cld1} = M_{\rm cld2} = 50~M_{\odot}$ 3 $N_{\rm gas}$ = 120 000 Yes 54 K
  $R_{\rm cld1} = R_{\rm cld2} = 0.8$ pc, $T_{\rm cld} = 54$ K        
2 $M_{\rm cld1} = M_{\rm cld2} = 50~M_{\odot}$ 3 $N_{\rm gas}$ = 120 000 No 54 K
  $R_{\rm cld1} = R_{\rm cld2} = 0.8$ pc, $T_{\rm cld} = 54$ K     b = 0.2 pc  
3 $M_{\rm cld1} = M_{\rm cld2} = 50~M_{\odot}$ 3 $N_{\rm gas}$ = 120 000 Yes 10 K
  $R_{\rm cld1} = R_{\rm cld2} = 0.8$ pc, $T_{\rm cld}$ = 54 K        
4 $M_{\rm cld1} = M_{\rm cld2} = 2000~M_{\odot}$ 3 $N_{\rm gas}$ = 120 000 No 10 K
  $R_{\rm cld1} = R_{\rm cld2} = 4.5$ pc, $T_{\rm cld}$ = 377 K     b = 1.25 pc  
5 $M_{\rm cld1} = M_{\rm cld2} = 50~M_{\odot}$ 1 $N_{\rm gas}$ = 120 000 Yes 54 K
  $R_{\rm cld1} = R_{\rm cld2} = 0.8$ pc, $T_{\rm cld}$ = 54 K        
1 Mass, radius, and temperature of individual clouds.
2 Temperature at which the post shock gas slab is maintained.

Source LaTeX | All tables | In the text

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