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2DShockedClumpsSNR

v22	v23
33	33
34	34
35		The thermodynamics in the simulation is governed by an ideal EOS (with $\gamma=5/3$). The abundances are taken to be solar ($\mu=1.3$). Other parameters of interest are the clump radius ($R_c$), clump-ambient density contrast ($\chi$), clump crushing time ($t_{cc}=\sqrt{\chi} R_c/v_s$), sound crossing time (~~ambient and clump medium to travel a clump radius; $t_{sc}$), wind crossing time (~~to travel clump radius; $t_{wc}$):
	35	The thermodynamics in the simulation is governed by an ideal EOS (with $\gamma=5/3$). The abundances are taken to be solar ($\mu=1.3$). Other parameters of interest are the clump radius ($R_c$), clump-ambient density contrast ($\chi$), clump crushing time ($t_{cc}=\sqrt{\chi} R_c/v_s$), sound crossing time (for sound waves in ambient and clump medium to travel a clump radius; $t_{sc}$), wind crossing time (for wind to travel clump radius; $t_{wc}$):
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37	37	\|\| $R_{c}$ \|\| $10^{16} ~cm$ \|\|