DIII-D RESEARCH OPPORTUNITIES FORUM FOR THE 2008 EXPERIMENTAL CAMPAIGN
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| Title | 331: ITB in ITER steady state scenario | ||
| Name: | Masanori Murakami ( |
Affiliation: | Oak Ridge National Laboratory |
| Research Area: | ITER Demonstration Discharges | Presentation time: | Not requested | Co-Author(s): | J.M. Park, E. Doyle, J. DeBoo, T. Luce, J. Ferron, et al., |
| Description: | |||
| Experimental Approach/Plan: | 1) Scenario modeling study to seek optimal strategy for accessibility and sustainment of high-qmin AT with ITER-shape
2) Reproduce DIII-D classical high-qmin AT discharge (111203) [or possibly BT-ramp-down betaN=4 shot (122976)], but ITER-shape like 125946. 3) Adjust timinig of the high power phase 4) Add broadly distributed ECCD 5) Apply FWCD to control q(0) and increase off-axis ECCD | ||
| Background: | |||
| Resource Requirements: | Machine Time: 2 days
Number of gyrotrons: 4 Number of neutral beam sources: 7 | ||
| Diagnostic Requirements: | fluctuation diagnostics; Fast ion diagnostic (UC, Irvine) | ||
| Analysis Requirements: | |||
| Other Requirements: | 5-6 gyrotrons, fast wave (90 MHz and 60 MHz) | ||
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