Compatibility of RMP ELM Suppression with Radiating Divertor in DIII-D

The integration of edge localized mode (ELM) $\it{suppression}$ using resonant magnetic perturbations (RMPs) with radiating divertor operation is explored. Moreover, during ELM $\it{mitigation}$ experiments, we find that radiating divertors with the RMP coils activated produce both higher levels of radiated power from the divertor and SOL/edge plasma regions ($\sim$30\% higher) and significant reductions in peak heat flux from ELMs at the divertor targets ($\sim$30-40\% lower) than comparable non-RMP \hbox{H-mode} discharges at the same density. These results build on the theoretical and experimental progress made previously in identifying the underlying physics involved in two distinct areas, i.e., puff-and-pump radiating divertor [1] and ELM suppression using RMPs [2]. \vskip6pt \noindent [1] T.W. Petrie, et al., Nucl. Fusion $\bf{49}$ (2009) 065013. \par\noindent [2] T.E. Evans, et al., Nucl. Fusion $\bf{48}$ (2008) 024002.