kkrsusc/theory.md

@@ -36,10 +36,7 @@ G_{ij}^\sigma(\vec{r},\vec{r}';E) &= \sum_{LL'}Y_L(\hat{r}) \big(\sqrt{E}\,R_{i\
 \end{aligned}
 ```
 
-
-where $r_{\text{min} = \min(r,r\')$ and $r_{\text{max} =
-\max(r,r\')$, and $G\^{\sigma,\text{str}}_{iL,jL\'}(E)$ is the
-structural GF, describing backscattering effects.
+where $r_{\text{min}} = \min(r,r')$ and $r_{\text{max}} = \max(r,r')$, and $G^{\sigma,\text{str}}_{iL,jL'}(E)$ is the structural GF, describing backscattering effects.
 
 Near the Fermi energy ($E_\text{F}$) one may approximate
 $R_{i\ell}\^\sigma(r;E) \approx