Changes between Version 13 and Version 14 of u/johannjc/scratchpad7

Timestamp:

10/12/15 16:06:21 (9 years ago)

Author:

Jonathan

Comment:

—

u/johannjc/scratchpad7

@@ -53 +53 @@
 $A_\parallel = \frac{\kappa_\parallel}{\rho c_v  \left ( \lambda_\parallel + 1\right ) }$ and $A_\perp = \frac{\kappa_\perp}{\rho c_v  \left (\lambda_\perp + 1 \right )}$
 
-and $B_{\parallel, ij} = b_i b_j$ and $B_{\perp, ij} = n^2 B^{-2} b_i b_j \left ( 1 - \delta_{ij} \right )$
+and $B_{\parallel, ij} = b_i b_j$ and $B_{\perp, ij} = n^2 B^{-2} \left ( \delta_{ij}-b_i b_j \right )$
 
 Now to solve this implicitly, we need to replace $T$ with $T_*$ where