DIII-D RESEARCH OPPORTUNITIES FORUM FOR THE 2017 EXPERIMENTAL CAMPAIGN
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ID Title Research Area Name Affiliation Time
Req'ed		 ITPA
Joint Exp 		ITER IO Urgent
Research Task
6ECCD and Core Intrinsic RotationDevelop Basis to Predict and Control Rotation in ITERdeGrassieGANoNoNo
17Scaling of intrinsic rotation in ECH H-modeDevelop Basis to Predict and Control Rotation in ITERChrystalGANoNoNo
19Use real time CER to test rotation actuation and 3D field effectsDevelop Basis to Predict and Control Rotation in ITERChrystalGAYesNoNo
48Demonstrate NTV Torque Profile Control Varying 3D Field SpectraDevelop Basis to Predict and Control Rotation in ITERLoganColumbia UYesNoNo
49Search for EF Driven Rotation with Positive NTV OffsetDevelop Basis to Predict and Control Rotation in ITERLoganColumbia UYesNoNo
51Identify physics mechanisms responsible for MHD-induced collapse of toroidal momentumDevelop Basis to Predict and Control Rotation in ITERTobiasLos Alamos National LaboratoryNoNoNo
52Recovery of favorable rotation profiles after MHD-induced rotation collapseDevelop Basis to Predict and Control Rotation in ITERTobiasLos Alamos National LaboratoryNoNoNo
63Intrinsic rotation scaling with collisionality, ion temperature and geometryDevelop Basis to Predict and Control Rotation in ITERBoedoUCSDNoNoNo
77Is the Coriolis Pinch the Key to Intrinsic RotationDevelop Basis to Predict and Control Rotation in ITERdeGrassieGANoNoNo
84Effect of Electron Heating on Momentum & Particle Transport in Reverse Shear QH-ModesDevelop Basis to Predict and Control Rotation in ITERErnstMassachusetts Institute of TechnologyYesNoNo
99Safe, low n NTV in Highly 3D PlasmasDevelop Basis to Predict and Control Rotation in ITERLoganColumbia UYesNoNo
107Test radial electric field formation from ion lossDevelop Basis to Predict and Control Rotation in ITERBoedoUCSDNoNoNo
197Control rotation via geometryDevelop Basis to Predict and Control Rotation in ITERBoedoUCSDNoNoNo
200Scaling of NTV Torque with Applied 3D Field Amplitude and SpectrumDevelop Basis to Predict and Control Rotation in ITERGriersonGANoNoNo
203Residual stress driven rotation peakingDevelop Basis to Predict and Control Rotation in ITERGriersonGAYesNoNo
232Edge momentum pinch: density scale length and strength of ITGDevelop Basis to Predict and Control Rotation in ITERGriersonGAYesNoNo
238Does intrinsic stochasticity due to internal MHD drive intrinsic rotation?Develop Basis to Predict and Control Rotation in ITERTobiasLos Alamos National LaboratoryYesNoNo
239Intrinsic torque in ECH dominated plasma --- do we find counter-current intrinsic torqueDevelop Basis to Predict and Control Rotation in ITERTalaVTT Technical Research CentreNoYesNo
252Experimental NTV torque profiles in 3D fieldsDevelop Basis to Predict and Control Rotation in ITERSalmiVTT Technical Research CentreNoNoNo
253Control of toroidal rotation with NBI and NTV optimizationDevelop Basis to Predict and Control Rotation in ITERFilPPPLNoNoNo
257Density dependence of edge intrinsic rotation in USN L-mode.Develop Basis to Predict and Control Rotation in ITERAshourvanGANoNoNo
258Collisionality dependence of the edge differential toroidal rotation between carbon and deuteriumDevelop Basis to Predict and Control Rotation in ITERHaskeyPPPLNoNoNo
261Effect of orbit modification on intrinsic rotationDevelop Basis to Predict and Control Rotation in ITERNazikianPPPLYesNoNo
315Measurements of intrinsic torque using main ion rotation measurementsDevelop Basis to Predict and Control Rotation in ITERHaskeyPPPLNoNoNo
316Intrinsic Rotation and Core Transport in Wide Pedestal QH-Mode Approaching Burning Plasma ConditionsDevelop Basis to Predict and Control Rotation in ITERErnstMassachusetts Institute of TechnologyYesNoNo