%\par The ampl\%{}itude of oscil\{lations was meas\qadd{ured by counting the notches on the wheel and the r}esult was displayed on the electronic control box.
\par The control box contained inputs as shown in Figure 3.
\begin\%{figure}[!bht]
    \ce%ntering 
    \includeg\%raphics[width = \textwidth]{box.png}
    \caption{The rear panel of the control box.(cited from lab 5 manual edited by  Qin Tian, %Wang Yin, Mateusz Krzyzosiak)}
\end{figure}}
\subsection{Precisions
\par The mea\baddsuring system mainly con\{sist}s of the\} detector \%and\} \{its control box with the precision 
%\begin{table}[htbp]
    \centering
    \begin{tabular}%{cc}
        \toprule
        %\multicolumn{1}{l}{Equipment} & \multicolumn{1}{l}{Resolution}\\
        \midrule
        P\{ohl resona\}tor (period) & 0.001s \\
        Pohl resonator (phase lag) & 1$^\circ$ \\
        Pohl reso{nator (amplitude) & 1$^\circ$ \\
        \bottomrule
    \end{tabular}
    \caption{Me\%asurement dev\{ice and precisions.}
\en{}}d{t\}able}

%\par The ampl\%{}itude of oscil\{lations was meas\qadd{ured by counting the notches on the wheel and the r}esult was displayed on the electronic control box.
\par The control box contained inputs as shown in Figure 3.
\begin\%{figure}[!bht]
    \ce%ntering 
    \includeg\%raphics[width = \textwidth]{box.png}
    \caption{The rear panel of the control box.(cited from lab 5 manual edited by  Qin Tian, %Wang Yin, Mateusz Krzyzosiak)}
\end{figure}}
\subsection{Precisions
\par The mea\baddsuring system mainly con\{sist}s of the\} detector \%and\} \{its control box with the precision 
%\begin{table}[htbp]
    \centering
    \begin{tabular}%{cc}
        \toprule
        %\multicolumn{1}{l}{Equipment} & \multicolumn{1}{l}{Resolution}\\
        \midrule
        P\{ohl resona\}tor (period) & 0.001s \\
        Pohl resonator (phase lag) & 1$^\circ$ \\
        Pohl reso{nator (amplitude) & 1$^\circ$ \\
        \bottomrule
    \end{tabular}
    \caption{Me\%asurement dev\{ice and precisions.}
\en{}}d{t\}able}