I have the following table:
Code: Select all
\begin{table} [H]
\begin{center}
\begin{tabular}{|c|r@{}l|r@{}l|r@{}l|}
\hline
Electrode & \multicolumn{2}{c|}{Radius} & \multicolumn{2}{c|}{Charge Passed to plate Hg}
& \multicolumn{2}{c|}{Hg Mass} \\
% & & & & & & & & \\
\hline
P4 & \SI{500}{} & \SI{}{\mu m} & \SI{1}{} & \SI{}{C} & \SI{1}{} &\SI{}{mg} \\
Set 1 & \SI{500}{} & \SI{}{\mu m} & \SI{1}{} & \SI{}{C} & \SI{1}{} &\SI{}{mg} \\
Set 2 & \SI{250}{} & \SI{}{\mu m} & \SI{125}{} & \SI{}{mC} & \SI{130}{} &\SI{}{\mu g} \\
Set 3 & \SI{100}{} & \SI{}{\mu m} & \SI{8}{} & \SI{}{mC} & \SI{8}{} &\SI{}{\mu g}\\
Set 4 & \SI{50}{} & \SI{}{\mu m} & \SI{1}{} & \SI{}{mC} & \SI{1}{} &\SI{}{\mu g}\\
Set 5 & \SI{20}{} & \SI{}{\mu m} & \SI{64}{} & \SI{}{\mu C} & \SI{67}{} &\SI{}{ng} \\
Set 6 & \SI{10}{} & \SI{}{\mu m} & \SI{8}{} & \SI{}{\mu C} & \SI{8}{} &\SI{}{ng} \\
\hline
\end{tabular}
\caption{Test Table: Values for electrodeposition of a flattened hemi-sphere of Hg onto electrode arrays of defined radii, Hg mass values calculated to 2 significant figures (each electrode within the array considered independent).}
\label{Table:ElectrodeHgMasses}
\end{center}
\end{table}
Ie : | 3cm | 1.5cm : 1.5cm | 1.5cm : 1.5cm | 1.5cm : 1.5cm |
Is there an easy way to do this? I've done a bit of searching but couldn't find a simple answer.
Thanks