Cooling Length and Analytical Cooling Parameters for Wire Turbulence

1. hydro data without cooling

frame 11
frame 12
frame 14
Wire Temperature at x=1.15
Gas Temperature at x=1.08
Gas Temperature at x=1.09
Wire Temperature at x=1.15
internal energy at x=1.1
Vy at x=1.1	;

frame	Ave rho (number density)	Wire Temp	Post Shock Temp	Ave e	Max Vy
11	0.051	2.5E-4	897	5081	0.05

2. Equations in the code

Cooling time t_cooling=e/(N*lambda(T)) for DM cooling

AnalyticCoolingStrength=rho2 * A_alpha*T0A_beta*ScaleCool for Analytic

A_alpha=alpha_cooling*4.76e-20*&! (ergs*cm^3/s/K.5)

(3d0/16d0*Xmu*muH*amu/Boltzmann*(vy_cooling)2)(power)

A_beta=beta_cooling

3. Cooling Length Estimate '

alpha_cooling	2.09E-46
beta_cooling	2.5
vy_cooling	0.05
A_alpha	0.2E-42
A_beta	2.5
nScale	4.8345E+23
pScale	1
TimeScale	1
scaleCool	2.3373E+47
Cooling Strength	2.5378E+02
Cooling Time	2.0021E+01
Cooling Length	1.0043E+00