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| Title |
227: Inter-machine comparisons for heat flux scaling |
| Name: | Charles Lasnier ( ) |
Affiliation: | Lawrence Livermore National Laboratory |
| Research Area: | Thermal Transport in the Plasma Boundary |
Presentation time: |
Requested |
Co-Author(s): | Maingi, et al |
| Description: | Use a coordinated approach to compare heat flux scaling between machines. Form the basis for a scaling which explains results on several machines. |
| Experimental Approach/Plan: | |
| Background: | Many previous single machine scalings have been developed, as well as attempts to fit a multi-machine database. Different attempts gave different results, and there was no attempt to coordinate discharges between several machines. |
| Resource Requirements: | DIII-D and other machines. Rajesh Maingi at NSTX is interested. It would also be good to work with CMOD, JET, ASDEX, JT60-U, EAST, and physicists from TEXTOR. |
| Diagnostic Requirements: | SOL and divertor diagnostics, boundary fluctuation diagnostics. Not all machines have the same diagnostics-we need to work around this. |
| Analysis Requirements: | SOL and divertor diagnostics, boundary fluctuation diagnostics, intermachine comparisons |
| Other Requirements: | -- |