DIII-D RESEARCH OPPORTUNITIES FORUM FOR THE 2019 EXPERIMENTAL CAMPAIGN

DIII-D RESEARCH OPPORTUNITIES FORUM FOR THE 2019 EXPERIMENTAL CAMPAIGN
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2018 ROF Ideas: Click here for ROF 2018 submissions

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Below is a public summary listing:

ID	Title	Research Area	Name	Affiliation	Time Req'ed	Presentation	ITPA Joint Exp	ITER IO Urgent Research Task
165	Increase the ideal MHD limits, and the passively stable operational space, of steady-state plasmas	Steady State Scenarios & High qmin Thrust	Turco	Columbia U	Yes	Breakout	No	No
166	Impact of EC location and CD on current evolution, confinement and stability of steady-state plasmas	Steady State Scenarios & High qmin Thrust	Turco	Columbia U	Yes	Breakout	No	No
167	Proximity of tearing mode onset to ideal limits in high-beta plasmas	Steady State Scenarios & High qmin Thrust	Turco	Columbia U	Yes	Breakout	No	No
169	Study the access to the hybrid regime, the conditions for its sustainment and its consequences	Steady State Scenarios & High qmin Thrust	Turco	Columbia U	Yes	Breakout	No	No
170	Tailor the T=0 IBS to achieve the fusion power and gain mission	Inductive Scenarios	Turco	Columbia U	Yes	Breakout	No	No
171	Assess the impact of EC power location on the performance and the stability of the T=0 IBS	Inductive Scenarios	Turco	Columbia U	Yes	Breakout	No	No
172	Integrate ITER relevant perturbations to the IBS, assess options to maintain stability & performance	Inductive Scenarios	Turco	Columbia U	Yes	Breakout	No	No
173	Asses the benefits and impact of ohmic or heated L-mode phase in the IBS ramp-up	Inductive Scenarios	Turco	Columbia U	Yes	Breakout	No	No
174	Make DIII-D a W or no W machine	Inductive Scenarios	Turco	Columbia U	Yes	Breakout	No	No
175	Make DIII-D a W or no W machine	Core-Edge Integration Task Force incorporating Thrust: Core-Edge Scenario Optimization	Turco	Columbia U	Yes	Breakout	No	No
224	Integrate a divertor solution in the T=0 IBS	Core-Edge Integration Task Force incorporating Thrust: Core-Edge Scenario Optimization	Turco	Columbia U	Yes	Breakout	No	No
230	Study the high density branch of RMP ELM suppression in the IBS	Inductive Scenarios	Turco	Columbia U	Yes	Breakout	No	No
231	Study the high density branch of RMP ELM suppression in the IBS	ELM Control	Turco	Columbia U	Yes	Breakout	No	No
268	Map and optimize the fully non-inductive operational space for the steady-state hybrid scenario	Steady State Scenarios & High qmin Thrust	Turco	Columbia U	Yes	Breakout	No	No
286	Assess the benefits of the hybrid vs the high-qmin AT scenarios	Steady State Scenarios & High qmin Thrust	Turco	Columbia U	Yes	Breakout	No	No
311	Proximity of tearing mode onset to ideal limits in high-beta plasmas	3DSP	Turco	Columbia U	Yes	Breakout	No	No