Changes between Version 10 and Version 11 of CollidingFlows


Ignore:
Timestamp:
06/30/11 14:06:02 (14 years ago)
Author:
Jonathan
Comment:

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  • CollidingFlows

    v10 v11  
    107107
    108108Here we've plotted the cooling time as a function of density and ram pressure (in units of Kelvin/cc)
    109 [[Image(nPCoolingTime.png)]]
     109[[Image(nPCoolingTime.png, width-400)]]
    110110
    111111We can then calculate the cooling length of the shock [[latex($L_{cool}=T_{cool} v_{shock}$)]] or the cooling length of the thermal instability [[latex($\lambda_{TI}=T_{cool} c_s \approx L_{cool}$)]] since [[latex($c_s \approx v_{shock}$)]]
    112112Here are plots of the cooling length as well as the thermal instability length scale.
    113 [[Image(nPCoolingLength.png, width=50%)]][[Image(nPTILength.png, width=50%)]]
     113[[Image(nPCoolingLength.png, width=400)]][[Image(nPTILength.png, width=400)]]
    114114
    115115We can also calculate the free fall time for the condensations
    116116[[latex($t_{ff}=\sqrt{\frac{3 \pi}{32 G \rho}}$)]] as well as the Jeans length [[latex($\lambda_J= c_s\sqrt{\frac{\pi}{G\rho}}$)]] plotted below
    117 [[Image(nPFreeFallTime.png, width=50%)]][[Image(nPJeansLength.png, width=50%)]]
     117[[Image(nPFreeFallTime.png, width=400)]][[Image(nPJeansLength.png, width=400)]]
    118118
    119119