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s-SWNT photoluminescence (PL) is from the E$_{11}$ transition, as expected from Kasha's rule.\cite{OConnell2002sci, DF9500900014} SWNT PL can be quenched by the presence of bundles containing m-SWNTs, which introduce non-radiative pathways of recombination. It is therefore important to create a highly debundled or a highly s-SWNT enriched sample to study SWNT PL. Even semiconducting enriched samples should be debundled or energy transfer to the lowest energy transition may occur.\cite{doi:10.1021/nl062071n} A common method of studying SWNT PL is using photoluminescence excitation spectroscopy (PLE). This method creates a map correlating absorbance and fluorescence wavelengths with fluorescence intensity. This has allowed researchers to better understand exciton energy levels in these complicated one-dimensional systems. \\
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\textbf{Complex from Figure \ref{fig:ZnPAttachment}-} & \textbf{Description} & \textbf{Solvent} & \textbf{Reference} \\ \hline
\textbf{a} & Charged pyrene molecule $\pi$-stacks onto SWNT, and charged porphyrin electrostatically interacts with the pyrene & Water & \cite{Guldi:2005pz} \\ \hline
\textbf{b} & ZnP is covalently attached to the SWNT & DMF & \cite{Arai:2009ix} \\ \hline
\textbf{c} & Poly-styrene sulfonate is covalently attached to the SWNT, and charged porphyrin electrostatically interacts with the polymer & Water & \cite{Guldi:2005pz} \\ \hline
\textbf{d} & Porphyrin is constructed with large conjugated rings to $\pi$-stack with the SWNTs & DMF & \cite{DSouza:2010ta} \\ \hline
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\caption{Examples of common ZnP attachment techniques to SWNTs. These examples correspond to the images in figure \ref{fig:ZnPAttachment}. \label{table:ZnPAttachment}}
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