diff --git a/doc/usermanual/chapters/configuration.tex b/doc/usermanual/chapters/configuration.tex
index 0c9b6c586a9724bd677892e0dfaf9e1b13a4eb0e..c2804b04cee96ef59a1066b674026903d987446c 100644
--- a/doc/usermanual/chapters/configuration.tex
+++ b/doc/usermanual/chapters/configuration.tex
@@ -336,21 +336,21 @@ type = "Timepix3"
 \subsection{Detector Geometries}
 \label{sec:detector_geometries}
 
-Detectors with different gemetries are supported in the \corry framework and can be selected via the detector parameter `coordinates`. Currently, the supported geometries comprise the following:
+Detectors with different gemetries are supported in the \corry framework and can be selected via the detector parameter \parameter{coordinates}. Currently, the supported geometries comprise the following:
 \begin{itemize}
-\item A regular matrix of rectangular pixels is defined via `coordinates = cartesian`. This is the default option.
-\item A matrix of rectangular pixels containing columns and/or rows with double sized pixels can be defined via `cartesian_inhomogeneous`. The following parameters can additionally be set to configure such a detector:
+\item A regular matrix of rectangular pixels is defined via \parameter{coordinates = cartesian}. This is the default option.
+\item A matrix of rectangular pixels containing columns and/or rows with double sized pixels can be defined via \parameter{cartesian_inhomogeneous. The following parameters can additionally be set to configure such a detector:
   \begin{itemize}
-  \item The matrix `big_pixel` lists the columns and rows with double sized pixels. The following example describes a sensor with 52 x 80 pixels and larger pixels in the left, right and upper edges:
+  \item The matrix \parameter{big_pixel} lists the columns and rows with double sized pixels. The following example describes a sensor with 52 x 80 pixels and larger pixels in the left, right and upper edges:
     \begin{minted}[frame=single,framesep=3pt,breaklines=true,tabsize=2,linenos]{ini}
       coordinates = cartesian_inhomogeneous
       big_pixel = [[0,51],[79]]
     \end{minted}
-  \item The resolution of clusters centered inside a large pixel can be defined via the vector `big_pixel_spatial_resolution`. This defaults to `2 * spatial_resolution`.
+  \item The resolution of clusters centered inside a large pixel can be defined via the vector \parameter{big_pixel_spatial_resolution}. This defaults to $2 * spatial_resolution$.
   \end{itemize}
-\item Hexagonal pixel matrices are defined via `coordinates = hexagonal`. The following things have to be considered:
+\item Hexagonal pixel matrices are defined via \parameter{coordinates = hexagonal}. The following things have to be considered:
   \begin{itemize}
-  \item In the current status, only symmetric hexagons are supported, with the pixel pitch in `x` and `y` forced to be equal.
+  \item In the current status, only symmetric hexagons are supported, with the pixel pitch in x- and y-direction forced to be equal.
   \item No difference is made between hexagons with a flat side or a corner pointing upwards. This can be compensated for via a rotation of the detector.
   \end{itemize}
 \end{itemize}