Changes between Version 148 and Version 149 of FluxLimitedDiffusion

Timestamp:

04/01/13 09:31:41 (12 years ago)

Author:

Jonathan

Comment:

—

FluxLimitedDiffusion

@@ -39 +39 @@
 
 where the moments of the specific intensity are defined as
-
-||  [[latex(cE=\int_0^\infty d \nu \int d \Omega I(\mathbf{n}, \nu))]]  ||
-||  [[latex(\mathbf{F}=\int_0^\infty d \nu \int d \Omega \mathbf{n} I(\mathbf{n}, \nu))]]  ||
-||  [[latex(c\mathbf{P}=\int_0^\infty d \nu \int d \Omega \mathbf{nn} I(\mathbf{n}, \nu))]]  ||
+||  Radiation Energy moments  ||   Corresponding fluid moments   ||
+||  [[latex(cE =\int_0^\infty d \nu \int d \Omega I(\mathbf{n}, \nu))]]  ||  [[latex(\rho=\int d \mathbf{v} f(\mathbf{v}))]]  ||  
+||  [[latex(\mathbf{F}=\int_0^\infty d \nu \int d \Omega \mathbf{n} I(\mathbf{n}, \nu))]]  || [[latex(\rho \mathbf{v} =\int d \mathbf{v} \mathbf{v} f(\mathbf{v}))]]  ||   
+||  [[latex(c\mathbf{P}=\int_0^\infty d \nu \int d \Omega \mathbf{nn} I(\mathbf{n}, \nu))]]   ||  [[latex(\mathbf{P} =\int d \mathbf{v} \mathbf{vv} f(\mathbf{v}))]]  ||    
 
 and the radiation 4-momentum is given by