3-NIRVANA-user-guide/3.2-User-interfaces.md

@@ -415,7 +415,7 @@ possible values or a numeric range.
         Jeans-length-based mesh refinement criterion allowing a
         systematic reduction of the Jeans threshold with increasing
         refinement level $l$ according to the expression 
-        `_C.amr_Jeans`$-l*$`_C.amr_dJeans`, i.e., the local  
+        `_C.amr_Jeans`$-l*$`_C.amr_dJeans`, i.e., the local
         Jeans length becomes gradually higher resolved with increasing $l$. 
         `_C.amr_dJeans` must be positiv. 
 
@@ -438,7 +438,7 @@ possible values or a numeric range.
     02   0.00000e+00  0.00000e+00  0.00000e+00   >param[3-5] 
     03   0.00000e+00  0.00000e+00  0.00000e+00   >param[6-8] 
     04   0.00000e+00  0.00000e+00  0.00000e+00   >param[9-11] 
-    05   0.00000e+00  0.00000e+00  0.00000e+00   >param[12-14]    
+    05   0.00000e+00  0.00000e+00  0.00000e+00   >param[12-14] 
     06    0  0  0  0  0  0  0  0                 >flag[0-7] 
 
 -   `01` (`_C.param[0-2]`)    
@@ -511,7 +511,7 @@ possible values or a numeric range.
             Coupling to MHD integrator is via Strang-type splitting.
 
     -   `_C.viscosity_courant`: CFL-like number in the fluid viscosity
-        timestep. A typical value in case of STD is $<0.5$. Values much
+        timestep. A typical value in case of STD is $<0.4$. Values much
         larger than 1 are possible in the case of RKL.
 
 -   `03` (`_C.diffusion_solver`, `_C.diffusion_courant`)
@@ -578,7 +578,7 @@ possible values or a numeric range.
         solved.
 
     -   `_C.permeability_rel`: relative magnetic permeability $\mu_{rel}$ 
-        ($=\mu/\mu_0,\,\mu_0=4\pi\cdot10^{-7}\mathtt{V}\cdot\mathtt{m}^{-1}\cdot\mathtt{A}^{-1}\cdot\mathtt{s}^{-1}$).
+        ($=\mu/\mu_0$,$\mu_0=4\pi\cdot10^{-7}\mathtt{V}\cdot\mathtt{m}^{-1}\cdot\mathtt{A}^{-1}\cdot\mathtt{s}^{-1}$).
 
         **Important:** The Gaussian unit system can be mimicked by
         choosing a value ${\tt \_C.permeability\_rel}=10^7$ so that