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The power load to the divertor surfaces is a key concern for future devicessuch as ITER, due to the thermal limits on the material surface. One factorthat characterizes the heat flux to the divertor is the fall off length in thescrape-off layer (SOL), which recent empirical scalings have shown could be assmall as 1 mm. These predictions are based on a multi-machine scaling of theheat flux width fitted using an expression for the divertor heat flux profilewhich includes a term for the exponential decay in the SOL and diffusion aboutthe last closed flux surface (LCFS) in the private flux region.

Scaling of the scrape-off layer width during inter-ELM H modes on MAST as measured by infrared thermography