DIII-D RESEARCH OPPORTUNITIES FORUM FOR THE 2014 EXPERIMENTAL CAMPAIGN

DIII-D RESEARCH OPPORTUNITIES FORUM FOR THE 2014 EXPERIMENTAL CAMPAIGN Review | Direct submission with log-in | Request submission without log-in

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Below is a public summary listing:

*(Proposal numbers 1-382 are from 2013)*
ID	Title	Research Area	Name	Affiliation	Time Req'ed	ITPA Joint Exp	ITER IO Urgent Research Task
10	Maintain low-rotation QH-mode with ECH only	Inductive Scenarios		GA	No	No	No
13	Compare edge particle transport in ELMing H-mode and QH-mode with and without NRMF	Inductive Scenarios		GA	No	No	No
14	Control of toroidal mode number of EHO	Inductive Scenarios		GA	No	No	No
15	Edge rotation shear threshold for QH-mode access	Inductive Scenarios		GA	No	No	No
16	Further development of QH-mode with strong co-Ip NBI torque	Inductive Scenarios		GA	No	No	No
53	QH-mode with low torque start-up	Inductive Scenarios		GA	No	No	No
115	QH-mode at low co-Ip torque using n=2 NRMF	Inductive Scenarios		GA	No	No	No
120	Optimizing non-resonant, nonaxisymmetric fields in QH-mode	Inductive Scenarios		GA	No	No	No
490	Maintain low-rotation QH-mode with ECH only	Inductive Scenarios		GA	No	No	No
494	Further development of QH-mode with strong co-Ip NBI torque	Inductive Scenarios		GA	No	No	No
495	QH-mode with low torque start-up	Inductive Scenarios		GA	No	No	No
253	Study QH-mode with advanced fast ion diagnostics and codes	Inductive Scenarios		GA	No	No	No
41	Investigation of the effects of the EHO toroidal mode number on the edge particle transport	Inductive Scenarios		PPPL	No	No	No
511	Impact of EHO on fast ion losses	Inductive Scenarios		PPPL	No	No	No
573	Impact of EHO on fast ion losses	Inductive Scenarios		PPPL	No	No	No
109	Electron Heat Transport in E-Dominated Heating of ITER-like H-Mode Discharges with Modulated ECH	Inductive Scenarios		U of Wisconsin	Yes	No	No
344	Evaluating Physics of QH-mode Stationary Enhanced Confinement Regime Without ELMs for the 2013 J	Inductive Scenarios		LLNL	No	No	No
243	256: SOL width and divertor peak heat flux in QH-mode plasmas with/without n=3 fields	Inductive Scenarios		GA	No	No	No
246	Develop low-torque, high normalized fusion performance QH-mode for ITER baseline scenario	Inductive Scenarios		GA	No	No	No
247	Develop low-torque, high normalized fusion performance QH-mode for FNSF-AT scenario	Inductive Scenarios		GA	No	No	No
527	256: SOL width and divertor peak heat flux in QH-mode plasmas with/without n=3 fields	Inductive Scenarios		GA	No	No	No
534	Develop low-torque, high normalized fusion performance QH-mode for ITER baseline scenario	Inductive Scenarios		GA	No	No	No
551	Test compatibility of radiative divertor with QH-mode	Inductive Scenarios		GA	No	No	No
652	QH-mode operation with reduced divertor interaction	Inductive Scenarios		GA	No	No	No
654	Effect of sawteeth on QH-mode pedestal (EHO)	Inductive Scenarios		GA	No	No	No
266	Understand resistive wall mode control physics in low-q95 plasmas	Inductive Scenarios		Columbia U	No	No	No
297	ITER baseline scenario with low NBI torque	Inductive Scenarios		GA	No	No	No
300	Effect of triangularity in ITER shape and improved shaping	Inductive Scenarios		GA	No	No	No
303	Effect on lithium wall conditioning for Co-QH-mode and edge pedestal characteristics	Inductive Scenarios		GA	No	No	No
466	Extending hybrid discharges to low noninductive fraction through flux-pumping control	Inductive Scenarios		Department of Energy	Yes	No	No
467	Sustainment of q<2 through pseudo wall rotation	Inductive Scenarios		Department of Energy	Yes	No	No
468	H-mode access to q95<2 through 3/2 sustainment and 2/1 preemption	Inductive Scenarios		Department of Energy	Yes	No	No
568	ITER Baseline Scenario: Expand the operational limit by NTM stabilization and Time Dependent EFC	Inductive Scenarios		PPPL	No	No	No
638	BetaN control with 3D Fields instead of NBI	Inductive Scenarios		PPPL	No	No	No
784	Understanding the NTM Stability Limits by q-profile modification	Inductive Scenarios		PPPL	No	No	No
789	Iter Scenario: Optimize Radiative Divertor and Core Performance	Inductive Scenarios		PPPL	No	No	No
794	ITER Scenario: Understanding the NTM Stability Limits by q-profile modification	Inductive Scenarios		PPPL	No	No	No
419	Support of ITER Research Plan for Q=10 Operation	Inductive Scenarios		ITER Organization	No	No	No
401	ITER Baseline Scenario Demonstration	Inductive Scenarios		ITER Organization	No	Yes	No
402	Radiative divertor solutions in the ITER baseline scenario	Inductive Scenarios		ITER Organization	No	Yes	No
404	ITER Baseline Scenario Operation near the LH Threshold	Inductive Scenarios		ITER Organization	No	Yes	No
408	Access to advanced inductive operation in ITER	Inductive Scenarios		ITER Organization	No	Yes	No
409	Collisionality scaling of confinement in advanced inductive regimes	Inductive Scenarios		ITER Organization	No	Yes	No
411	Demonstration of stationary inductive solutions at low and moderate q95	Inductive Scenarios		ITER Organization	No	No	No
257	Transport Investigation During Slow Current Ramp-Up and Ramp-Down [for ITER]	Inductive Scenarios		U of Wisconsin	No	Yes	No
681	Transport Investigation During Slow Current Ramp-Up and Ramp-Down [for ITER]	Inductive Scenarios		U of Wisconsin	No	No	No
140	q0 control with Counter-ECCD in ITER Baseline Discharges	Inductive Scenarios		Retired	No	No	No
234	Study fishbone-like instability at the edge of QH-modes	Inductive Scenarios		Instituto Superior Tecnico, Lisboa, Portugal	No	No	No
604	EF optimization of low-torque low-q95 QH mode plasmas	Inductive Scenarios		Columbia U	No	No	No
444	Identify the Optimal Impurity for High Power High Performance Plasmas During Radiating Divertor Ops	Inductive Scenarios		GA	No	No	No
448	Density Control and Active Impurity Removal from Double-null H-mode Plasmas	Inductive Scenarios		GA	No	No	No
313	Hybrids with co-NBI QH-mode edge	Inductive Scenarios		GA	No	No	No
450	Hybrids with co-NBI QH-mode edge	Inductive Scenarios		GA	No	No	No
452	Source of Magnetic Flux Pumping in Hybrids	Inductive Scenarios		GA	No	No	No
194	Correlation of confinement and fluctuations with electron heating in ITER Baseline Scenario	Inductive Scenarios		GA	No	No	No
567	Is loss of rotation in low-torque IBS discharges due to solenoid-related error fields?	Inductive Scenarios		GA	No	No	No
471	The experiment on generalized hybrid scenario with qmin > 2 at low density and relatively high q95	Inductive Scenarios		ASIPP	Yes	No	No
124	Electron Energy Transport during q0 control using modulated EC power	Inductive Scenarios		ORNL	No	No	No
292	Optimize electron pedestal pressure in low-torque ITER baseline plasmas	Inductive Scenarios		UCLA	No	No	No
330	QH-mode with TBM	Inductive Scenarios		GA	No	No	No
375	QH-mode pedestal optimization	Inductive Scenarios		ORNL	No	No	No
321	Access to low torque QH-mode using high beta low torque AI target with NRMF	Inductive Scenarios		GA	No	No	No
322	ELM pacing in low torque, electron heated ITER baseline	Inductive Scenarios		GA	No	No	No
323	Access to QH-mode with low NBI torque	Inductive Scenarios		GA	No	No	No
324	Document turbulence change with rotation in AI, and compare with theory	Inductive Scenarios		GA	No	No	No
589	Exploration of super H-mode using high density QH-mode	Inductive Scenarios		GA	No	No	No
645	Access to low torque QH-mode using high beta low torque AI target with NRMF	Inductive Scenarios		GA	No	No	No
61	Energy Transport During Electron-Dominated Heating of ITER-Relevant H-Mode Discharges	Inductive Scenarios		PPPL	Yes	No	No
456	Energy Transport During Electron-Dominated Heating of ITER Baseline Scenario H-Mode Disch	Inductive Scenarios		PPPL	No	No	No
118	Dominant electron heated ITER baseline scenario studies	Inductive Scenarios		Columbia U	Yes	No	No
318	Current profile control for stable ITER baseline scenario plasmas	Inductive Scenarios		Columbia U	No	No	No
497	Cause(s) for the rotation degradation and tearing instabilities of the ITER baseline scenario	Inductive Scenarios		Columbia U	No	No	No
337	Routine current profile control in operation	Inductive Scenarios		GA	No	No	No
127	Characterization of Intense Bursts of Millimeter Wave Emission in QH-mode Plasma	Inductive Scenarios		UC, Davis	Yes	No	No
709	Physics of EHO control in low-torque QH-mode	Inductive Scenarios		Department of Energy	No	No	No
260	ITER Baseline Scenario Demonstration	Inductive Scenarios		ITER Organization	No	Yes	No
261	Demonstration of stationary inductive solutions at low and moderate q95	Inductive Scenarios		ITER Organization	No	No	No
283	ITER Baseline Scenario Operation near the LH Threshold	Inductive Scenarios		ITER Organization	No	Yes	No
285	Access to advanced inductive operation in ITER	Inductive Scenarios		ITER Organization	No	Yes	No
286	Collisionality scaling of confinement in advanced inductive regimes	Inductive Scenarios		ITER Organization	No	Yes	No
415	Access to zero torque advanced inductive with direct stabilization of the 2/1 mode by ECCD	Inductive Scenarios		ITER Organization	No	No	No
416	Burn Control in ITER Baseline Scenario	Inductive Scenarios		ITER Organization	No	Yes	No
418	Mapping the current rise stability boundary for the ITER baseline scenario	Inductive Scenarios		ITER Organization	No	No	Yes
263	Radiative divertor solutions in the ITER baseline scenario	Inductive Scenarios		ITER Organization	No	Yes	Yes
628	He H-mode plasmas studies for the ITER non-active operational phase	Inductive Scenarios		ITER Organization	Yes	No	Yes
508	ITER Baseline Scenario in a Radiating Divertor Environment with near-Zero Applied Torque	Inductive Scenarios		GA	No	No	Yes
512	Best Impurity Specie for the Radiating Divertor in the ITER Baseline Scenario with near-Zero Torque	Inductive Scenarios		GA	No	No	Yes
476	Impact of TBM-induced field ripple in low-torque ITER baseline	Inductive Scenarios		Department of Energy	Yes	No	Yes