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\begin{table} \caption{parameters characterizing the hyperthermia problem.} \centering \begin{tabular}{c|c|c|c|c|c}\hline symbol & parameter & units & value & source & equation\\\hline $L_p$ & \tiny{hydraulic permeability, capillary wall} & m$^2$s/kg & $10^{-10}$ & \cite{Jain20072729} & \eqref{eq:defJb}\\ $\sigma^p \pi_v^p$ & \tiny{vessel oncotic pressure} & mmHg & 28 & \cite{friedman2008principles} & \eqref{eq:defJb}\\ $\sigma^p \pi_t^p$ & \tiny{interstitial oncotic pressure} & mmHg & 0.1 & \cite{friedman2008principles} & \eqref{eq:defJb}\\ $L_p^{LF}$ & \tiny{effective permeability, lymphatic vessels} & (mmHg hour)$^{-1}$ & 0.5 & \cite{Baxter1990246} & \eqref{eq:flowa}\\ $\kappa$ & \tiny{hydraulic permeability, interstitial volume} & m$^2$ &  10$^{-18}$ & \cite{Cattaneo-Zunino} & \eqref{eq:flowb}\\ $\mu$ & \tiny{blood viscosity} & kg/(ms) &  $4 \times 10^{-3}$ & \cite{Cattaneo-Zunino} & \eqref{eq:flowb}\\ R & \tiny{capillary radius} & $\mu$m & 7.64 & \cite{secomb-site} & \eqref{eq:flowc}\\ $p_0 + \Delta p$ & \tiny{inflow pressure} & mmHg & 35 & \cite{friedman2008principles} & \eqref{eq:boundary}\\ $\Delta p$ & \tiny{axial pressure drop} & mmHg & 1.25 & \cite{Cattaneo-Zunino} & \eqref{eq:boundary}\\ $\beta_b$ & \tiny{boundary conductivity} & m$^2$s/kg &  $5 \times 10^{-11}$ & \cite{Cattaneo-Zunino} & \eqref{eq:robin} \\\hline \end{tabular} \label{tab:1} \end{table}

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