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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*(Proposal numbers 1-382 are from 2013)*
ID	Title	Research Area	Name	Affiliation	Time Req'ed	ITPA Joint Exp	ITER IO Urgent Research Task
280	: Trigger-less onset of NTMs with PEC and NTV effects on rotation regime	Plasma Rotation		Istituto di Fisica del Plasma, Euratom-ENEA-CNR	No	No	No
66	13C-methane injection into USN re C migration to walls and ITER decision about PFC target material	Plasma-material Interface		U of Toronto	Yes	Yes	Yes
162	210RT MSE and low rotation, elevated q_min steady-state scenario discharges at high betaN	Steady State Heating and Current Drive		GA	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
527	256: SOL width and divertor peak heat flux in QH-mode plasmas with/without n=3 fields	Inductive Scenarios		GA	No	No	No
112	2D imaging of small ELMs	ELM Control		Los Alamos National Laboratory	Yes	No	No
17	3-D Fields and ECH Density Pumpout	Turbulence & Transport		GA	No	No	No
387	3-D Fields and ECH Density Pumpout	Turbulence & Transport		GA	No	No	No
780	3D coil based BetaN control instead of NBI based BetaN control.	Steady State Heating and Current Drive		PPPL	No	No	No
728	3D Fields Effects on Critical Gradient and Turbulence	Turbulence & Transport		GA	No	No	No
79	3D magnetics equilibrium measurements to applied n=3 perturbations	Stability & Disruption Avoidance		Department of Energy	Yes	No	Yes
78	3D magnetics plasma response measurements of n=1 perturbations for RWM analysis & model validation	Stability & Disruption Avoidance		Department of Energy	Yes	No	Yes
137	3D material migration during RMP ELM suppression	ELM Control		U of Wisconsin	Yes	Yes	Yes
474	3D material migration during RMP ELM suppression	Plasma-material Interface		U of Wisconsin	Yes	Yes	No
71	4. ELM Characterization to Validate BOUT++ ELM Simulations	Pedestal Structure		LLNL	No	No	No
708	444: Identify the Optimal Impurity for High Power High Performance Plasmas During Radiating Divertor Ops	Steady State Heating and Current Drive		GA	No	No	No
686	�??Born-locked�?? mode control by ECCD and magnetic perturbations	Stability & Disruption Avoidance		Columbia U	No	No	No
578	N=2 mode rotation technique development using the current-driven loq q RWM onset	Stability & Disruption Avoidance		PPPL	Yes	No	Yes
611	Absolute plasma response null measurement by multiple betaN steps	Stability & Disruption Avoidance		Columbia U	No	No	No
364	Absolute plasma response null measurement by multiple betaN steps	Stability & Disruption Avoidance		Columbia U	No	No	No
405	Access conditions for steady-state operation in ITER	Steady State Heating and Current Drive		ITER Organization	No	Yes	No
284	Access conditions for steady-state operation in ITER	Steady State Heating and Current Drive		ITER Organization	No	Yes	No
285	Access to advanced inductive operation in ITER	Inductive Scenarios		ITER Organization	No	Yes	No
408	Access to advanced inductive operation in ITER	Inductive Scenarios		ITER Organization	No	Yes	No
321	Access to low torque QH-mode using high beta low torque AI target with NRMF	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
323	Access to QH-mode with low NBI torque	Inductive Scenarios		GA	No	No	No
301	Access to the small ELM regime with a shape control	ELM Control		ORNL	Yes	No	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
651	Achieve QH-mode plasmas with Te, Ti ~ 10 keV near mid-radius	Turbulence & Transport		UCLA	No	No	No
93	Active Control of the EHO in Quiescent H-modes	Plasma Control		Department of Energy	Yes	No	No
785	Active determination of angular momentum transfer process between 3D structures: NTM 2/1 and 3/2 mo	Stability & Disruption Avoidance		PPPL	No	No	No
441	Active Particle Exhaust of H-mode Plasmas in the Snowflake-minus Divertor Configuration	Divertor & SOL Physics		GA	No	No	No
81	Active Particle Exhaust of H-mode Plasmas in the Snowflake-minus Divertor Configuration	Divertor & SOL Physics		GA	No	No	No
687	Add modulated ECCD to f/back or f/fwd entrainment discharges	Stability & Disruption Avoidance		Columbia U	No	No	No
288	Amplifying the Geodesic Acoustic Mode via Resonant Radial Field Amplification: New Methods	Turbulence & Transport		U of Wisconsin	No	No	No
682	Amplifying the Geodesic Acoustic Mode via Resonant Radial Field Amplification: New Methods	Turbulence & Transport		U of Wisconsin	No	No	No
600	Anomalous current diffusion in steady-state hybrid scenario with ELM suppression	Steady State Heating and Current Drive		ORNL	No	No	No
597	Apple-to-apple comparison of ITER steady-state scenarios: high/elevated qmin, SS hybrid, and high li	Steady State Heating and Current Drive		ORNL	No	No	No
594	Aspect ratio scaling of turbulence and transport: DIII-D and NSTX-U comparison	Turbulence & Transport		U of Wisconsin	No	No	No
299	Aspect ratio scaling of turbulence and transport: DIII-D and NSTX-U comparison	Turbulence & Transport		Univ. Wisconsin (at PPPL)	No	No	No
689	Assess optimal Error Field Correction by modulating I-coils at incommensurable frequencies	Stability & Disruption Avoidance		Columbia U	No	No	No
716	Assess the destabilization mechanism for the n = 1 tearing mode in steady-state scenario discharges	Steady State Heating and Current Drive		GA	No	No	No
674	Assessing the Need for Using Two Impurity Species in Radiating Divertor	Divertor & SOL Physics		GA	No	No	No
22	Assessment of main chamber carbon sources	Divertor & SOL Physics		Aalto U	No	No	No
778	Assessment of main chamber carbon sources	Divertor & SOL Physics		Aalto U	No	No	No
230	Assessment of the degree of detachment using NIR spectroscopy	Divertor & SOL Physics		LLNL	Yes	No	No
483	Avoidance of NTM mode rotation frequency near the dangerous mechanical resonance	Stability & Disruption Avoidance		PPPL	Yes	No	Yes
485	Avoidance of NTM mode rotation frequency near the dangerous mechanical resonance	Stability & Disruption Avoidance		PPPL	Yes	No	Yes
440	Beam Density Affects on Carbon Density Profile	Turbulence & Transport		GA	No	No	No
769	benchmark heat flux with fast TCs	Divertor & SOL Physics		Sandia National Lab	No	No	No
565	Benign 3/2 NTM Formation to avoid 2/1 NTM locking	Stability & Disruption Avoidance		PPPL	No	No	No
512	Best Impurity Specie for the Radiating Divertor in the ITER Baseline Scenario with near-Zero Torque	Inductive Scenarios		GA	No	No	Yes
175	Beta collapse avoidance in SSI discharges by de-synchronizing toroidal harmonics by using feedback	Steady State Heating and Current Drive		PPPL	No	No	No
176	Beta collapse avoidance in SSI discharges by de-synchronizing toroidal harmonics by using feedback	Steady State Heating and Current Drive		PPPL	No	No	No
178	Beta limit and bootstrap current fraction in ITER steady-state scenario discharges	Steady State Heating and Current Drive		GA	No	No	No
797	BetaN control with 3D Coils	Plasma Control		PPPL	No	No	No
638	BetaN control with 3D Fields instead of NBI	Inductive Scenarios		PPPL	No	No	No
533	Between-shots gyrokinetic stability analysis	Turbulence & Transport		Massachusetts Institute of Technology	No	No	No
122	Bid farewell to locked modes - NTM-locking avoidance by feedback synchronization assisted with ECCD	Stability & Disruption Avoidance		PPPL	Yes	No	No
123	Bid farewell to locked modes - NTM-locking avoidance by feedback synchronization assisted with ECCD	Stability & Disruption Avoidance		PPPL	No	No	No
232	Bifurcated helical core equilibrium - continued	Stability & Disruption Avoidance		U of Wisconsin	Yes	No	No
304	Birth of ITER: the world's largest resistor	General Physics		GA	No	No	No
553	Bootstrap Current Change During RMP ELM Suppression	ELM Control		GA	No	No	No
802	Breakdown Optimization with ECH	Plasma Control		GA	No	No	No
416	Burn Control in ITER Baseline Scenario	Inductive Scenarios		ITER Organization	No	Yes	No
233	C erosion and D up-take at high surface temperature	Plasma-material Interface		GA	No	No	No
1	C vs I Coil NTV	Plasma Rotation		GA	No	No	No
241	C-13 and background carbon	Plasma-material Interface		GA	No	No	No
770	Calibrated passive FIDA spectrum	Energetic Particles		UC, Irvine	No	No	No
38	Calibrated passive FIDA spectrum	Energetic Particles		UC, Irvine	No	No	No
216	Campaign to study physics at the Greenwald limit	Steady State Heating and Current Drive		PPPL	Yes	No	No
643	Campaign to study physics at the Greenwald limit	Steady State Heating and Current Drive		PPPL	No	No	No
44	Can Nitrogen impurity Seeding Improve Radiating Divertor Performance?	Divertor & SOL Physics		GA	No	No	No
781	Can RMP ELM Control be reliably used in ITER (or a reactor)?	ELM Control		PPPL	No	No	No
348	Can we obtain ELM suppression without substantial loss of density?	ELM Control		UCLA	No	No	No
128	Carbon-13 in He Plasma erosion/deposition experiment to benchmark DIVIMP code being used by ITER	Plasma-material Interface		Commonwealth Fusion Systems	No	No	No
90	Carbon-13 in He Plasma erosion/deposition experiment to benchmark DIVIMP code being used by ITER	Plasma-material Interface		Commonwealth Fusion Systems	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
757	Cause(s) for the rotation degradation and tearing instabilities of the ITER baseline scenario	Stability & Disruption Avoidance		Columbia U	No	No	No
617	Characterization of core/pedestal density limits for rotating tearing modes	Stability & Disruption Avoidance		Columbia U	No	No	No
127	Characterization of Intense Bursts of Millimeter Wave Emission in QH-mode Plasma	Inductive Scenarios		UC, Davis	Yes	No	No
427	Collisionality dependence of intrinsic rotation	Plasma Rotation		UCSD	No	No	No
159	Collisionality dependence of pedestal height with RMP	Pedestal Structure		GA	Yes	No	No
801	Collisionality dependence of pedestal height with RMP	ELM Control		GA	No	No	No
393	collisionality impact on momentum and particle transport	Turbulence & Transport		The college of William and Mary	No	No	No
409	Collisionality scaling of confinement in advanced inductive regimes	Inductive Scenarios		ITER Organization	No	Yes	No
286	Collisionality scaling of confinement in advanced inductive regimes	Inductive Scenarios		ITER Organization	No	Yes	No
572	Collisionality Scaling of High-Beta, Steady-State Hybrids	Steady State Heating and Current Drive		GA	Yes	No	No
580	Collisionality/density dependence and Pedestal optimization with ELM Sup	ELM Control		GA	No	Yes	No
792	Combined Core and Divertor Radiation Control: Gas Injection Feedback with Radiation Measurements	Plasma Control		PPPL	No	No	No
339	Combined effect of TBM and NTM fields on fast-ion confinement	Stability & Disruption Avoidance		UC, Irvine	No	Yes	No
522	Combined effect of TBM and NTM fields on fast-ion confinement	Energetic Particles		UC, Irvine	No	Yes	No
523	Combined effect of TBM and Sawtooth fields on fast-ion confinement	Energetic Particles		UC, Irvine	No	Yes	No
340	Combined effect of TBM and Sawtooth fields on fast-ion confinement	Stability & Disruption Avoidance		UC, Irvine	No	Yes	No
13	Compare edge particle transport in ELMing H-mode and QH-mode with and without NRMF	Inductive Scenarios		GA	No	No	No
8	Compare Mach probe and CER measurements of intrinsic rotation profile of main ions in helium plasma	Plasma Rotation		GA	No	No	No
198	Compare the power threshold for pre-emptive NTM suppression vs Catch and Subdue	Stability & Disruption Avoidance		PPPL	Yes	No	No
718	Compare the power threshold for pre-emptive NTM suppression vs Catch and Subdue	Stability & Disruption Avoidance		PPPL	No	No	No
184	Comparision DIII-D and AUG high collisionality ELM response to 3D magnetic perturbations	ELM Control		GA	No	Yes	Yes
711	Comparision DIII-D and AUG high collisionality ELM response to 3D magnetic perturbations	ELM Control		GA	No	No	No
104	Comparision of small-ELM regimes in DIII-D and NSTX	ELM Control		U of Wisconsin	Yes	No	No
417	Comparison of H-Mode Transport with Co- and Ctr-NBI	Turbulence & Transport		ITER Organization	No	No	No
220	Comparison of n=2 RMP field effects on ELMs and pedestal properties in KSTAR and DIII-D	ELM Control		GA	No	Yes	Yes
585	Compatibility of ELM suppressed regimes by 3-D fields with pellet injection for plasma fuelling	ELM Control		ITER Organization	Yes	No	Yes
226	Compatibility of ELM suppressed regimes by 3-D fields with pellet injection for plasma fuelling	ELM Control		ITER Organization	Yes	No	Yes
42	Compatibility of High Performance Plasmas With a Puff-and-Pump Radiating Divertor	Steady State Heating and Current Drive		GA	No	No	No
91	Complete the Development of PCS n=2 Error Field Control Algorithm	Stability & Disruption Avoidance		Department of Energy	Yes	No	No
117	Conditions for nonlinear Alfvén Eigenmode evolution and impact on fast ion confinement and loss	Energetic Particles		ITER Organization	Yes	Yes	Yes
173	Confinement and fast ion diffusion in high betaN, steady-state scenario discharges	Steady State Heating and Current Drive		GA	No	No	No
447	Confinement and stability properties of 'resonant' MHD rotation	Plasma Rotation		Los Alamos National Laboratory	Yes	No	No
683	Confinement enhancement via impurity-seeding of H-mode plasmas	Turbulence & Transport		U of Wisconsin	No	No	No
351	Confinement enhancement via impurity-seeding of H-mode plasmas	Turbulence & Transport		U of Wisconsin	No	No	No
76	Connection between particle and momentum transport	Turbulence & Transport		The college of William and Mary	Yes	Yes	Yes
239	Continuous Scan of NTV Torque Across Low Rotation Peak	Stability & Disruption Avoidance		Columbia U	Yes	No	No
211	Control of experimentally simulated burning state	Plasma Control		QST	Yes	No	No
346	Control of H-L back transition via applied RMP fields	L-H Transition		UCLA	No	No	No
543	Control of high-Z PFC erosion by local gas injection	Plasma-material Interface		UCSD	Yes	No	No
354	Control of Major Disruptions in DIII-D	Stability & Disruption Avoidance		Columbia U	No	No	No
167	Control of radiation asymmetries by application of external field on SPI/MGI shutdown	Disruption Mitigation		ORNL	No	No	Yes
713	Control of radiation asymmetries by application of external field on SPI/MGI shutdown	Disruption Mitigation		ORNL	No	No	Yes
52	Control of TAE/RSAE modes via external perturbations	Energetic Particles		PPPL	No	No	No
14	Control of toroidal mode number of EHO	Inductive Scenarios		GA	No	No	No
601	Control of tungsten PFC erosion by local gas injection	Plasma-material Interface		GA	No	No	No
215	Control of tungsten PFC erosion by local gas injection	Plasma-material Interface		UCSD	No	No	No
776	Control/Ops Evening Development Time	Plasma Control		GA	No	No	No
218	Controlled Snowflake Divertor Study	Divertor & SOL Physics		PPPL	Yes	No	No
644	Controlled Snowflake Divertor Study	Divertor & SOL Physics		PPPL	No	No	No
156	Controlling the timing and evolution of L-H and H-L with 3D fields	Plasma Control		PPPL	Yes	No	No
618	Controlling VH-mode with RMPs and comparison to NSTX EPH-mode	ELM Control		PPPL	No	No	No
153	Controlling VH-mode with RMPs and comparison to NSTX EPH-mode	ELM Control		ORNL	Yes	No	No
627	Core edge integration for QH-mode plasmas in ITER	Divertor & SOL Physics		ITER Organization	Yes	No	Yes
353	Correlation length of electron temperature turbulence measurement and comparison with simulations	Turbulence & Transport		UCLA	No	No	No
194	Correlation of confinement and fluctuations with electron heating in ITER Baseline Scenario	Inductive Scenarios		GA	No	No	No
195	Correlation of confinement and fluctuations with electron heating in ITER Baseline Scenario	Turbulence & Transport		GA	No	No	No
27	COupling between core and SOL parallel flow	Divertor & SOL Physics		UCSD	No	No	No
434	COupling between core and SOL parallel flow	Divertor & SOL Physics		UCSD	No	No	No
423	Coupling of multi-channel transport and turbulence across rotation reversals	Plasma Rotation		Massachusetts Institute of Technology	Yes	Yes	No
229	CQ de-confinement of REs using pulsed impurity injection	Disruption Mitigation		ITER Organization	Yes	No	Yes
237	Critical electric field for runaway electron growth and decay under quiescent conditions	Disruption Mitigation		Massachusetts Institute of Technology	Yes	Yes	No
191	Critical electric field for runaway electron growth and decay under quiescent conditions	Disruption Mitigation		Columbia U	Yes	Yes	No
85	Current profile control for stable ITER baseline scenario plasmas	Stability & Disruption Avoidance		Columbia U	Yes	No	No
318	Current profile control for stable ITER baseline scenario plasmas	Inductive Scenarios		Columbia U	No	No	No
315	Current profile control model requirements	Plasma Control		GA	No	No	No
391	Current/Density Scaling of Intrinsic Rotation and ITG/TEM Transition	Plasma Rotation		UCLA	No	No	No
350	Current/Density Scaling of Intrinsic Rotation and ITG/TEM Transition	Plasma Rotation		UCLA	No	No	No
165	D2 + few % Ne shattered pellets for disruption mitigation	Disruption Mitigation		ORNL	No	No	Yes
712	D2 + few % Ne shattered pellets for disruption mitigation	Disruption Mitigation		ORNL	No	No	Yes
289	Demonstrate access to beta_N=5 with min(q)>2	Steady State Heating and Current Drive		ITER Organization	No	No	No
413	Demonstrate access to beta_N=5 with min(q)>2	Steady State Heating and Current Drive		ITER Organization	No	No	No
593	Demonstrating Stiffness of Electron Heat Transport in the Presence of Strong Radiation	Turbulence & Transport		Massachusetts Institute of Technology	No	No	No
223	Demonstration of integrated ELM-paced pellet fuelled H-mode plasma in ITER-relevant range.	ELM Control		ITER Organization	Yes	Yes	Yes
587	Demonstration of integrated ELM-paced pellet fuelled H-mode plasma in ITER-relevant range.	ELM Control		ITER Organization	Yes	Yes	Yes
332	Demonstration of noninductive Q=5 scenario in ITER shape using off-axis NBI	Steady State Heating and Current Drive		ORNL	No	No	No
411	Demonstration of stationary inductive solutions at low and moderate q95	Inductive Scenarios		ITER Organization	No	No	No
261	Demonstration of stationary inductive solutions at low and moderate q95	Inductive Scenarios		ITER Organization	No	No	No
557	Density (Greenwald) Limit and the Radiation Driven Islands	Torkil Jensen Award		PPPL	Yes	No	No
214	Density (Greenwald) Limit and the Radiation Driven Islands	Torkil Jensen Award		PPPL	Yes	No	No
448	Density Control and Active Impurity Removal from Double-null H-mode Plasmas	Inductive Scenarios		GA	No	No	No
43	Density Control and Active Impurity Removal from Double-null H-mode Plasmas	Divertor & SOL Physics		GA	No	No	No
798	Density matching with and without ELMs.	ELM Control		GA	No	No	No
360	density scaling and X-point position scan of LH transition power threshold	L-H Transition		U of Wisconsin	No	No	No
754	density scaling and X-point position scan of LH transition power threshold	L-H Transition		U of Wisconsin	No	No	No
349	Density/current Scaling of Intrinsic Rotation and ITG/TEM Transition	Turbulence & Transport		UCLA	No	No	No
160	Dependence of confinement and stability on toroidal rotation in high li discharges	Steady State Heating and Current Drive		GA	No	No	No
521	Dependence of confinement and stability on toroidal rotation in high li discharges	Steady State Heating and Current Drive		GA	No	No	No
111	Dependence of I-mode on current direction and heating mix	ELM Control		Massachusetts Institute of Technology	Yes	Yes	No
48	Dependence of momentum transport and intrinsic torque on rho* and beta	Plasma Rotation		VTT Technical Research Centre	No	Yes	No
461	Dependence of momentum transport and intrinsic torque on rho* and beta	Plasma Rotation		VTT Technical Research Centre	No	Yes	No
660	Dependence of non-axisymmetric plasma response on plasma rotation	Stability & Disruption Avoidance		GA	No	No	No
729	Dependence of pedestal structure on collisionality and Zeff in relation to JET results with ILW	Pedestal Structure		GA	No	Yes	No
790	Detachment Control for H-mode	Divertor & SOL Physics		PPPL	No	No	No
791	Detachment Control for H-mode	Plasma Control		PPPL	No	No	No
224	Determination of minimum confinement degradation for ELM suppression with I coils	ELM Control		ITER Organization	Yes	No	Yes
296	Determine dependence of RWM marginal stability on rotation and energetic particles	Stability & Disruption Avoidance		Columbia U	Yes	Yes	Yes
786	Determining Particle Sources/Sinks in ITER-like NN Discharges during RMP ELM suppression	ELM Control		ORNL	No	No	No
648	Determining the Optimal Impurity Specie for the Radiating Divertor in the ITER Baseline Scenario	Divertor & SOL Physics		GA	No	No	Yes
57	Develop a high performance L-mode plasma.	General Physics		ORNL	Yes	No	No
705	Develop feedback-controlled 3D equilibria	Stability & Disruption Avoidance		Columbia U	No	No	No
98	Develop feedback-controlled MHD spectroscopy	Stability & Disruption Avoidance		Columbia U	Yes	No	No
247	Develop low-torque, high normalized fusion performance QH-mode for FNSF-AT scenario	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
246	Develop low-torque, high normalized fusion performance QH-mode for ITER baseline scenario	Inductive Scenarios		GA	No	No	No
799	Development for PID-controlled boundary radial field	Plasma Control		Consultant	No	No	No
470	Development of Fully Noninductive High Beta EAST Scenario	Steady State Heating and Current Drive		ASIPP	Yes	No	No
783	Development of Fully Noninductive High Beta EAST Scenario II	Steady State Heating and Current Drive		GA	No	No	No
412	Development of Reproducible Startup and Target q Profile Control for Steady State Scenarios	Steady State Heating and Current Drive		ITER Organization	No	No	No
12	Diagnostic spatial cross calibration using edge sweeps in QH-mode	Pedestal Structure		GA	No	No	No
492	Diagnostic spatial cross calibration using edge sweeps in QH-mode	Pedestal Structure		GA	No	No	No
45	Differences in Impurity Accumulation Between Resonant and Non-resonant RMP Plasmas	ELM Control		GA	No	No	No
751	Dimensionless Identity Experiments in I-Mode with C-Mod and AUG (TC-18)	Pedestal Structure		Massachusetts Institute of Technology	No	Yes	No
516	DiMES studies of W, Mo and Al gross and net erosion, material migration to benchmark impurity codes	Plasma-material Interface		U of Toronto	Yes	No	Yes
70	DIMES test of misaligned CFC tile to establish size of misalignment needed to disrupt ITER	Plasma-material Interface		U of Toronto	Yes	No	No
607	Direct measurement of E-coil contribution to intrinsic EF	Stability & Disruption Avoidance		Columbia U	No	No	No
238	Direct Measurement of NTV Torque	Stability & Disruption Avoidance		Columbia U	Yes	No	No
489	Discussion of plasma rotation transient process during OFM/ELM-driven RWM w/wo feedback usin	Energetic Particles		PPPL	No	No	No
329	Discussion of plasma rotation transient process during OFM/ELM-driven RWM w/wo feedback usin	Stability & Disruption Avoidance		PPPL	No	No	No
108	Disruption avoidance by forced magnetic spin-up of NTMs	Stability & Disruption Avoidance		ORNL	Yes	No	No
397	Disruption main chamber heat loads	Disruption Mitigation		UCSD	No	Yes	Yes
136	Disruption main chamber heat loads	Disruption Mitigation		UCSD	No	Yes	Yes
451	Disruption mitigation by differential rotation of internal MHD	Stability & Disruption Avoidance		Los Alamos National Laboratory	Yes	No	No
625	Disruption Precursor Identification	Disruption Mitigation		U of Colorado, Boulder	No	No	No
482	Disruption study by increasing up to 1kHz of 3/2 (n=2) mode over internally shielded regime	Stability & Disruption Avoidance		PPPL	Yes	No	Yes
132	Dissipation & Control of RE from ITER-like LSN targets	Disruption Mitigation		GA	No	No	Yes
747	Dissipation & Control of RE from ITER-like LSN targets	Disruption Mitigation		GA	No	No	No
583	Dissipation of runaway energy by high-Z impurity injection	Disruption Mitigation		ITER Organization	Yes	Yes	Yes
733	Distinguishing between 3d magnetic field structures and transport	ELM Control		ORNL	No	No	No
771	Distribution function inversion benchmark	Energetic Particles		UC, Irvine	No	No	No
272	Dither injection for closed-loop system identification of vacuum and plasma response	Torkil Jensen Award		KTH	Yes	No	No
361	Dither injection for closed-loop system identification of vacuum and plasma response	Stability & Disruption Avoidance		Consultant	No	No	No
698	Dither injection for closed-loop system identification of vacuum and plasma response	Stability & Disruption Avoidance		Consultant	No	No	No
752	Divertor detachment versus toroidal field and plasma current	Divertor & SOL Physics		GA	No	Yes	No
347	Do differences in co/cnter GAM/ZF behavior affect deficit in gyrokinetic predicted Lmode transport?	Turbulence & Transport		UCLA	No	No	No
324	Document turbulence change with rotation in AI, and compare with theory	Inductive Scenarios		GA	No	No	No
325	Document turbulence change with rotation in AI, and compare with theory	Turbulence & Transport		GA	No	No	No
46	Does Added Baffling From Re-Configured Tiles on the Lower Divertor Shelf Facilitate Detachment?	Divertor & SOL Physics		GA	No	No	No
352	Does increased turbulence in H-mode degrade agreement of GK transport/turbulence simulations?	Turbulence & Transport		UCLA	No	No	No
118	Dominant electron heated ITER baseline scenario studies	Inductive Scenarios		Columbia U	Yes	No	No
606	Dominant kink-mode poloidal coupling dependence with betaN, q95	Stability & Disruption Avoidance		Columbia U	No	No	No
603	Dominant poloidal modes for ELM suppression via n=2 upper/lower I-coil phase difference	ELM Control		Columbia U	No	No	No
449	Drift wave and NTM coupling	Turbulence & Transport		Los Alamos National Laboratory	Yes	No	No
531	Dust generation from deposited layers and leading edges	Plasma-material Interface		UCSD	No	No	No
207	Dust generation from deposited layers and leading edges	Plasma-material Interface		UCSD	No	No	No
203	Dynamic plasma-wall equilibrium in ELMy H-mode	Divertor & SOL Physics		CompX	Yes	No	No
592	ECH Control of Alfven Eigenmodes	Energetic Particles		ITER Organization	Yes	Yes	Yes
279	ECH effects on low or balanced torque discharges in DIII-D	Plasma Rotation		National Fusion Research Institute (NFRI), Korea	Yes	Yes	No
281	ECH effects on low or balanced torque discharges in DIII-D	Plasma Rotation		National Fusion Research Institute (NFRI), Korea	Yes	Yes	No
277	ECH effects on low or balanced torque discharges in DIII-D	Plasma Rotation		National Fusion Research Institute (NFRI), Korea	Yes	Yes	No
655	ECH effects on QH-mode low or balanced torque discharges in DIII-D	Plasma Rotation		Korea Institute of Fusion Energy	No	Yes	No
493	Edge rotation shear threshold for QH-mode access	ELM Control		GA	No	No	No
15	Edge rotation shear threshold for QH-mode access	Inductive Scenarios		GA	No	No	No
306	Edge turbulence and blob generation	Divertor & SOL Physics		Univ. Wisconsin	No	No	No
604	EF optimization of low-torque low-q95 QH mode plasmas	Inductive Scenarios		Columbia U	No	No	No
690	EFC by ramping beta up or q95 down or NBI torque down (instead of density down) in 3-4 discharges	Stability & Disruption Avoidance		Columbia U	No	No	No
520	Effect of 3-D fields on divertor detachment	Divertor & SOL Physics		ORNL	Yes	No	No
443	Effect of Changing the Grad-B Drift Direction on Snowflake Divertor Behavior, Including Detachment	Divertor & SOL Physics		GA	No	No	No
59	Effect of Changing the Grad-B Drift Direction on Snowflake Divertor Behavior, Including Detachment	Divertor & SOL Physics		GA	No	No	No
472	Effect of divertor geometry & heating scheme on the characteristic widths of heat flux footprint	Divertor & SOL Physics		ASIPP	Yes	No	No
96	Effect of Error Field Control Currents on Strike Point Splitting	Stability & Disruption Avoidance		Department of Energy	No	No	No
663	Effect of higher mode number error fields on n=1 Locking Threshold	Stability & Disruption Avoidance		Columbia U	No	No	No
371	Effect of icoil current on energy confinement in RMP ELM-suppressed discharges	ELM Control		GA	No	No	No
445	Effect of Islands on ECCD	Stability & Disruption Avoidance		GA	No	No	No
701	Effect of lithium conditioning on H-mode pedestal profiles and ELM stability	ELM Control		GA	No	No	No
389	Effect of n=1 applied and error fields on n=3 RMP ELM suppression	ELM Control		GA	No	No	No
19	Effect of n=1 applied and error fields on n=3 RMP ELM suppression	ELM Control		GA	No	No	No
290	Effect of n=2 Poloidal Spectrum on NTV Torque	Plasma Rotation		Department of Energy	No	No	No
166	Effect of q95 on SPI shutdown	Disruption Mitigation		ORNL	No	No	Yes
654	Effect of sawteeth on QH-mode pedestal (EHO)	Inductive Scenarios		GA	No	No	No
667	Effect of the snowflake configuration on the SOL width in simple plasmas	Divertor & SOL Physics		CRPP-EPFL	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
60	Effective NTM control in low torque plasmas	Stability & Disruption Avoidance		GA	No	No	No
697	Electromagnetic Torque Waves �?? Transport of Angular Momentum	Plasma Rotation		Columbia U	No	No	No
34	Electron Critical Gradient and Heat Pinch	Turbulence & Transport		GA	No	No	No
435	Electron Critical Gradient in H-mode	Turbulence & Transport		GA	No	No	No
124	Electron Energy Transport during q0 control using modulated EC power	Inductive Scenarios		ORNL	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
110	Electron Heat Transport in E-Dominated Heating of ITER-like H-Mode Discharges with Modulated ECH	Turbulence & Transport		U of Wisconsin	Yes	No	No
639	Electron thermal transport due to Compressional and Global AEs on DIII-D and projection to NSTX-U	Turbulence & Transport		UCLA	No	No	No
619	ELM divertor footprint and connection to ELM dynamics and effects of turbulence and modes	ELM Control		UCSD	No	No	No
142	ELM heat transport in the snowflake divertor.	Divertor & SOL Physics		LLNL	Yes	No	No
650	ELM Mitigation with ECCD	Torkil Jensen Award		PPPL	No	No	No
322	ELM pacing in low torque, electron heated ITER baseline	Inductive Scenarios		GA	No	No	No
380	ELM Suppression at Lower Collisionality with Non-Resonant n=3 I-coil	ELM Control		GA	No	No	No
735	ELM Suppression in Helium Plasmas	ELM Control		GA	No	No	Yes
146	ELM suppression with Saturated walls	ELM Control		UCSD	Yes	No	No
582	Energy deposition during runaway electron impact	Stability & Disruption Avoidance		ITER Organization	Yes	Yes	Yes
456	Energy Transport During Electron-Dominated Heating of ITER Baseline Scenario H-Mode Disch	Inductive Scenarios		PPPL	No	No	No
501	Energy Transport During Electron-Dominated Heating of ITER Baseline Scenario H-Mode Discharges	Steady State Heating and Current Drive		PPPL	No	No	No
502	Energy Transport During Electron-Dominated Heating of ITER Baseline Scenario H-Mode Discharges	Turbulence & Transport		PPPL	No	No	No
72	Energy Transport During Electron-Dominated Heating of ITER-Relevant H-Mode Discharges	Turbulence & Transport		PPPL	Yes	No	No
61	Energy Transport During Electron-Dominated Heating of ITER-Relevant H-Mode Discharges	Inductive Scenarios		PPPL	Yes	No	No
310	Energy Transport During Electron-Dominated Heating of ITER-Relevant H-Mode Discharges	Steady State Heating and Current Drive		PPPL	No	No	No
736	Erosion/Deposition of Aluminum with low density He L-mode Simple-As-Possible Plasmas	Plasma-material Interface		Commonwealth Fusion Systems	No	No	No
328	Error field correction at low rotation	Stability & Disruption Avoidance		GA	No	No	No
675	Error field correction at low rotation	Stability & Disruption Avoidance		GA	No	Yes	No
202	Error Field Correction Improvement: Adding BetaN dependence	Stability & Disruption Avoidance		PPPL	Yes	No	No
107	Error field detection by application of a "spiraling" error field	Stability & Disruption Avoidance		ORNL	Yes	No	No
180	Establish the incremental confinement of EC power in high betaN steady-state scenario discharges	Steady State Heating and Current Drive		GA	No	No	No
540	Establish the incremental confinement of EC power in high betaN steady-state scenario discharges	Steady State Heating and Current Drive		GA	No	No	No
219	Establishing an experimental basis for plasma effects on magnetic islands	ELM Control		GA	No	No	No
477	Establishing MHD mode rotation control with EM torque and better understanding of disruptive process	Stability & Disruption Avoidance		PPPL	Yes	No	Yes
83	Establishing stationary I-mode with high performance	ELM Control		Massachusetts Institute of Technology	Yes	Yes	No
75	Evaluate the potential of correcting more than one mode component of the TBM error field	Stability & Disruption Avoidance		CRPP-EPFL	Yes	No	No
345	Evaluating Physics of I-mode Stationary Enhanced Confinement Regime Without ELMs for the 2013 JR	ELM Control		LLNL	No	No	No
344	Evaluating Physics of QH-mode Stationary Enhanced Confinement Regime Without ELMs for the 2013 J	Inductive Scenarios		LLNL	No	No	No
343	Evaluating Physics of RMP Stationary Enhanced Confinement Regime Without ELMs for the 2013 JRT	ELM Control		LLNL	No	No	Yes
504	Evolution of mitigation to suppression in RMP H-modes and Validation of nonlinear M3D simulations	ELM Control		UCSD	Yes	No	No
158	Expand the high li, betaN >4 operating regime through instability avoidance and higher heating power	Steady State Heating and Current Drive		GA	No	No	No
763	Expand the high li, betaN >4 operating regime through NTM Stabilization	Stability & Disruption Avoidance		PPPL	No	No	No
558	Expand the high li, betaN >4 operating regime through NTM Stabilization and Large Sawtooth Avoidance	Steady State Heating and Current Drive		PPPL	Yes	No	No
469	Experimental guidance for the development of a predictive model of the plasma response to an RMP	ELM Control		PPPL	Yes	No	No
95	Experimental Validation of a Revised PCS Error Field Category	Plasma Control		Department of Energy	No	No	No
465	Explaining the q95 resonant nature of RMP ELM suppression through 3D plasma response measurement	ELM Control		Department of Energy	Yes	No	Yes
163	Exploration of DEFC in the feedback stabilized plasma in low-q discharges	Stability & Disruption Avoidance		PPPL	Yes	No	No
174	Exploration of DEFC in the feedback stabilized plasma in low-q discharges	Stability & Disruption Avoidance		PPPL	No	No	No
589	Exploration of super H-mode using high density QH-mode	Inductive Scenarios		GA	No	No	No
518	Explore RMP ELM suppression mechanism at moderate collisionality	ELM Control		UCSD	No	No	No
145	Explore RMP ELM suppression mechanism at moderate collisionality	ELM Control		UCSD	No	No	No
463	Exploring collisionality impact on the 3D plasma response during RMP ELM Suppression	ELM Control		Department of Energy	Yes	No	Yes
507	Exploring Impurity Density Asymmetries due to NBI Fast Ions and Their Effect on Impurity Transport	Torkil Jensen Award		_	No	No	No
466	Extending hybrid discharges to low noninductive fraction through flux-pumping control	Inductive Scenarios		Department of Energy	Yes	No	No
188	Extension of proxy error field experiments to H-mode plasmas	Stability & Disruption Avoidance		Columbia U	No	No	No
669	Extrapolation of Low-Torque ITER Baseline Scenario With nu* and rho*	Turbulence & Transport		GA	No	No	No
333	Far off-axis NBCD	Steady State Heating and Current Drive		ORNL	No	No	No
598	Far off-axis NBCD using vertically shifted plasma	Steady State Heating and Current Drive		ORNL	No	No	No
87	farSOL expts at high n/nGW to establish if ITER farSOL will be high-recycling/detached	Divertor & SOL Physics		U of Toronto	Yes	No	Yes
133	Fast Runaway Shutdowns by MGI	Disruption Mitigation		GA	Yes	Yes	Yes
406	Fast-ion and thermal transport at high qmin	Steady State Heating and Current Drive		ITER Organization	No	Yes	No
699	Feedback control of mode rotation and phase	Stability & Disruption Avoidance		Consultant	No	No	No
665	Feedback Control to Assess the Usefulness For Using Two Impurity Species in Radiating Divertor	Plasma Control		GA	No	No	No
680	Fine scale stepwise q-scan: role of low-order rationales and resonance condition for ELM suppression	ELM Control		U of Wisconsin	No	No	No
256	Fine scale stepwise q-scan: role of low-order rationales and resonance condition for ELM suppression	ELM Control		U of Wisconsin	No	No	No
734	First wall heat flux and erosion due to TBM induced error fields	Plasma-material Interface		ORNL	No	No	No
758	First-principles-driven Model-based Current Profile and Internal Energy Control in H-mode Discharges	Plasma Control		Lehigh U	No	No	No
369	First-principles-driven Model-based Current-profile Control in H-mode Discharges	Plasma Control		Lehigh U	No	No	No
425	Flow or flow shear for m/n=2/1 tearing mode stabilization?	Stability & Disruption Avoidance		Retired from GA	Yes	Yes	No
664	Follow-up studies of fast-ion transport effects on steady-state plasmas	Steady State Heating and Current Drive		UC, Irvine	No	No	No
309	Full 3D Rotation optimization of H mode	Stability & Disruption Avoidance		GA	No	Yes	Yes
640	Fully Non-Inductive, Low Rotation QH-mode	Torkil Jensen Award		ORNL	No	No	No
16	Further development of QH-mode with strong co-Ip NBI torque	Inductive Scenarios		GA	No	No	No
494	Further development of QH-mode with strong co-Ip NBI torque	Inductive Scenarios		GA	No	No	No
671	GAM eigenmode 2D structure	Turbulence & Transport		UCLA	No	No	No
357	GAM eigenmode 2D structure	Turbulence & Transport		UCLA	No	No	No
356	GAM eigenmode excitation mechanism	Turbulence & Transport		UCLA	No	No	No
668	GAM eigenmode excitation mechanism and its impact on transport	Turbulence & Transport		UCLA	No	No	No
221	Gas Injection Feedback with Radiation Measurements	Divertor & SOL Physics		PPPL	Yes	No	No
642	Gas Injection Feedback with Radiation Measurements	Divertor & SOL Physics		PPPL	No	No	No
187	H-mode 3-D field optimization with purely kink-resonant and non-resonant n=1 fields	Stability & Disruption Avoidance		Columbia U	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
92	H-mode Optimization of n=1&2 Error Field Control Currents	Stability & Disruption Avoidance		Department of Energy	Yes	No	No
628	He H-mode plasmas studies for the ITER non-active operational phase	Inductive Scenarios		ITER Organization	Yes	No	Yes
581	Heat flux distribution during major disruptions	Stability & Disruption Avoidance		ITER Organization	Yes	Yes	Yes
755	Heat flux footprint with pellet-paced ELMs vs nustar	ELM Control		PPPL	No	No	Yes
113	Heat Load during slow current quench phase of disruptions/VDEs and its relation with poloidal halo c	Disruption Mitigation		ITER Organization	Yes	No	Yes
181	Heat pulse propagation in a perturbed magnetic topology	ELM Control		GA	No	Yes	Yes
259	Helium Campaign (D beams)	General Physics		GA	No	No	No
475	Helium exhaust with 3D fields	ELM Control		U of Wisconsin	Yes	No	No
436	High Beta Hybrids and Pressure Profile Broadening	Steady State Heating and Current Drive		GA	Yes	No	No
32	High Beta Hybrids and Pressure Profile Broadening	Steady State Heating and Current Drive		GA	No	No	No
545	High beta with NCS and qmin>2	Steady State Heating and Current Drive		GA	No	No	No
33	High Beta, Steady State Hybrids	Steady State Heating and Current Drive		GA	No	No	No
569	High Beta, Steady State Hybrids	Steady State Heating and Current Drive		GA	Yes	No	No
172	High betaN with off-axis injection at reduced Bt (if 2011-level beam power is available)	Steady State Heating and Current Drive		GA	No	No	No
388	High Collisionless NBI Torque Drive for GAMs, aka the VH-mode path?	Turbulence & Transport		GA	No	No	No
18	High Collisionless NBI Torque Drive for GAMs, aka the VH-mode path?	Turbulence & Transport		GA	No	No	No
154	High frequency pellet ELM pacing	ELM Control		ORNL	No	Yes	Yes
287	High li steady-state scenario development	Steady State Heating and Current Drive		ITER Organization	No	No	No
414	High li steady-state scenario development	Steady State Heating and Current Drive		ITER Organization	No	No	No
775	High qmin transient betaN=5 demonstration	Steady State Heating and Current Drive		LLNL	No	No	No
228	High resolution study of collisionality and target structure in the transition to full detachment	Divertor & SOL Physics		LLNL	Yes	No	No
235	High resolution Te pedestal measurements in RMP ELM suppression experiments	ELM Control		Sandia National Lab	No	No	No
653	High-Z Transport in QH-mode Plasmas	Plasma-material Interface		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
2	Hysteresis and Turbulence Spreading in the H-L Back Transition	L-H Transition		UCLA	No	No	No
622	Identification of entrainment threshold in I-coil amplitude/frequency space	Stability & Disruption Avoidance		Massachusetts Institute of Technology	Yes	No	No
37	Identification of I-mode through simultaneous core and edge turbulence measurements	Turbulence & Transport		Massachusetts Institute of Technology	Yes	No	No
420	Identification of I-mode through simultaneous core and edge turbulence measurements	Turbulence & Transport		Massachusetts Institute of Technology	No	No	No
444	Identify the Optimal Impurity for High Power High Performance Plasmas During Radiating Divertor Ops	Inductive Scenarios		GA	No	No	No
694	Image Heat Load Due to Prompt and 3D field Induced EP Losses	Energetic Particles		GA	No	Yes	No
157	Imaging of pellet induced ELM events from mulitple simultaneous views.	ELM Control		ORNL	No	No	Yes
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
119	Impact of fast-ions on the RWM stability boundary	Stability & Disruption Avoidance		Columbia U	Yes	Yes	No
319	Impact of fast-ions on the RWM stability boundary	General Physics		Columbia U	No	No	No
496	Impact of fast-ions on the RWM stability boundary	Stability & Disruption Avoidance		Columbia U	No	No	No
476	Impact of TBM-induced field ripple in low-torque ITER baseline	Inductive Scenarios		Department of Energy	Yes	No	Yes
252	Implement finite-state Off Normal Fault Response system	Plasma Control		GA	No	No	No
748	Implement finite-state Off Normal Fault Response system	Plasma Control		GA	No	No	No
605	Importance of matched poloidal spectra in most sensitive EFC conditions	Stability & Disruption Avoidance		Columbia U	No	No	No
548	Improve the optimized high li operating regime through 1/1 and 2/1 instability avoidance	Steady State Heating and Current Drive		GA	No	No	No
50	Improved Heat Load Reduction Using Long Outer Divertor Leg Geometry During Puff and Pump Operation	Divertor & SOL Physics		GA	Yes	No	No
724	Impurity transport in ELM-suppressed regimes	ELM Control		GA	No	No	No
615	Increase achievable betaN in high betaP experiment using n=3 betaN feedback (ala burn control)	Steady State Heating and Current Drive		GA	No	No	No
547	Induced L-H-L transitions in IWL plasmas with applied n=1 C-coil	L-H Transition		PPPL	Yes	No	No
116	Influence of non-axisymmetric fields (TBMs / RMPs) on fast ion confinement and loss	Energetic Particles		ITER Organization	Yes	Yes	Yes
574	Influence of non-axisymmetric fields (TBMs / RMPs) on fast ion confinement and loss	Energetic Particles		ITER Organization	Yes	No	Yes
84	Influence of resonant/non-resonant magnetic perturbation on particle confinement with n=2	ELM Control		Max-Planck Institute for Plasma Physics	Yes	Yes	No
77	Influence of rotation and rotation shear on ELM suppression	ELM Control		The college of William and Mary	Yes	No	No
392	Influence of rotation and rotation shear on ELM suppression	ELM Control		The college of William and Mary	No	No	No
168	Influence of the delay time between multiple massive gas injections at different toroidal locations	Disruption Mitigation		ORNL	No	No	Yes
657	Initial n=2 error field correction	Stability & Disruption Avoidance		GA	No	No	No
88	inner column limiter expts to establish if ITER wall-limiter design should include �??funnel effect'	Divertor & SOL Physics		U of Toronto	Yes	No	Yes
515	Inner Wall Limiter experiments in support of ITER limiter design and operation for startup, rampdown	Divertor & SOL Physics		U of Toronto	Yes	No	Yes
561	Interaction of RMP Snowflake Divertor	Divertor & SOL Physics		PPPL	No	No	No
488	Investigate angular momentum diffusion and pinch using off-axis torque	Plasma Rotation		GA	No	No	No
7	Investigate angular momentum diffusion and pinch using off-axis torque	Plasma Rotation		GA	No	No	No
421	Investigate Disagreements Between Thomson Scattering and ECE Measurements in High Te Discharges	General Physics		Massachusetts Institute of Technology	Yes	Yes	No
546	Investigate elongation limit in low li discharges with/without applied 3D magnetic fields	Torkil Jensen Award		GA	No	No	No
248	Investigate elongation limit in low li discharges with/without applied 3D magnetic fields	Torkil Jensen Award		GA	No	No	No
670	Investigate GAM's role in the L-H transition	L-H Transition		UCLA	No	No	No
11	Investigate in-out density asymmetry at large toroidal rotation	Plasma Rotation		GA	No	No	No
491	Investigate in-out density asymmetry at large toroidal rotation	Plasma Rotation		GA	No	No	No
612	Investigate the Impact of ECH on Alfvenic Activity	Energetic Particles		GA	No	Yes	No
529	Investigate the physics of NTM suppression by large externally applied helical fields	Torkil Jensen Award		GA	No	No	No
245	Investigate the physics of NTM suppression by large externally applied helical fields	Torkil Jensen Award		GA	No	No	No
426	Investigate the role of RS on inward momentum transport	Plasma Rotation		UCSD	No	No	No
429	Investigate the role of RS on inward momentum transport	Plasma Rotation		UCSD	No	No	No
433	Investigate the role of RS on inward momentum transport	Plasma Rotation		UCSD	No	No	No
26	Investigate the role of RS on inward momentum transport	Turbulence & Transport		UCSD	No	No	No
513	Investigating the role of inter-ELM fluctuations in the ELM trigger	ELM Control		GA	No	No	No
342	Investigation of Core Poloidal Rotation Anomaly Change at ITG -> TEM transition	Plasma Rotation		National Fusion Research Institute (NFRI)	No	Yes	Yes
368	Investigation of extreme outer wall heating caused by the DIII-D TBM	Plasma-material Interface		LLNL	No	Yes	Yes
362	Investigation of GAMs during I-mode on D3D	Turbulence & Transport		Massachusetts Institute of Technology	No	Yes	No
358	Investigation of Momentum transport with Modulated ECH and ECH resonance layer scan	Plasma Rotation		National Fusion Research Institute	Yes	Yes	Yes
274	Investigation of Momentum transport with Modulated ECH and ECH resonance layer sweeping	Plasma Rotation		National Fusion Research Institute	Yes	Yes	Yes
275	Investigation of Momentum transport with Modulated ECH and ECH resonance layer sweeping	Plasma Rotation		National Fusion Research Institute	Yes	Yes	Yes
271	Investigation of Momentum transport with Modulated ECH and ECH resonance layer sweeping	Plasma Rotation		National Fusion Research Institute (NFRI), Korea	Yes	Yes	Yes
276	Investigation of Momentum transport with power ratio P_ECH/P_NBI and torque ratio scan	Plasma Rotation		National Institute for Fusion Science, Toki, Japan	Yes	Yes	Yes
282	Investigation of Momentum transport with power ratio PECH/PNBI and torque ratio �?NBI/ PECH scan	Plasma Rotation		National Institute for Fusion Science, Toki, Japan	Yes	Yes	Yes
341	Investigation of Momentum Transport with Power ratio PECH/PNBI and torque ratio �?NBI/PECH scan	Plasma Rotation		National Institute for Fusion Science, Toki, Japan	Yes	Yes	Yes
101	Investigation of n=1 RMP effects on ELMs with pitch-aligned configuration of I-coils	ELM Control		PPPL	Yes	Yes	Yes
222	Investigation of optimum pellet injection geometry for pellet triggering minimum throughput/PFC flux	ELM Control		ITER Organization	Yes	No	Yes
586	Investigation of optimum pellet injection geometry for pellet triggering minimum throughput/PFC flux	ELM Control		ITER Organization	Yes	No	Yes
155	Investigation of pellet induced ELM heat flux footprint variation with q95	ELM Control		ORNL	No	No	Yes
621	Investigation of Sheath Power Transmission at the DIII-D Divertor using Surface Thermocouples	Divertor & SOL Physics		U of Tennessee, Knoxville	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
542	Investigations of advanced divertor configurations for DIII-D	Divertor & SOL Physics		MIT	No	No	No
82	IR Imaging of I-coil Induced Fast Ion Losses	Energetic Particles		GA	No	Yes	No
567	Is loss of rotation in low-torque IBS discharges due to solenoid-related error fields?	Inductive Scenarios		GA	No	No	No
212	Island seeding with saw teeth pacing: New method to control tearing modes	Stability & Disruption Avoidance		PPPL	Yes	No	No
765	Island seeding with saw teeth pacing: New method to control tearing modes	Stability & Disruption Avoidance		PPPL	No	No	No
766	Island seeding with saw teeth pacing: New method to control tearing modes	Plasma Control		PPPL	No	No	No
746	Isotope dependence of Pthr and edge turbulence at L-H and H-L transition in DIII-D and JET-ILW	L-H Transition		IPP Garching	No	No	Yes
684	Isotope Mass Scaling of Turbulence, Transport and Confinement in H-Mode	Turbulence & Transport		U of Wisconsin	No	No	No
260	ITER Baseline Scenario Demonstration	Inductive Scenarios		ITER Organization	No	Yes	No
401	ITER Baseline Scenario Demonstration	Inductive Scenarios		ITER Organization	No	Yes	No
508	ITER Baseline Scenario in a Radiating Divertor Environment with near-Zero Applied Torque	Inductive Scenarios		GA	No	No	Yes
404	ITER Baseline Scenario Operation near the LH Threshold	Inductive Scenarios		ITER Organization	No	Yes	No
283	ITER Baseline Scenario Operation near the LH Threshold	Inductive Scenarios		ITER Organization	No	Yes	No
297	ITER baseline scenario with low NBI torque	Inductive Scenarios		GA	No	No	No
568	ITER Baseline Scenario: Expand the operational limit by NTM stabilization and Time Dependent EFC	Inductive Scenarios		PPPL	No	No	No
762	ITER Baseline Scenario: Expand the operational limit by NTM stabilization and Time Dependent EFC	Stability & Disruption Avoidance		PPPL	No	No	No
464	ITER relevant 3D plasma response variations with respect to BetaN for RMP ELM suppression	ELM Control		Department of Energy	Yes	No	Yes
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
151	ITER SS Demo Discharge Documentations	Steady State Heating and Current Drive		Retired	No	No	No
595	ITER steady-state scenario in USN, +BT	Steady State Heating and Current Drive		ORNL	No	No	No
367	JET/DIII-D similarity experiment on rotation in plasmas with low momentum input	Plasma Rotation		Instituto Superior Tecnico, Lisboa, Portugal	No	Yes	No
672	L-H threshold in hydrogen plasmas	L-H Transition		ORNL	No	No	No
20	L-H transition Trigger Physics/ Main Ion Momentum Balance	L-H Transition		UCLA	No	No	No
270	L-mode Turbulence and L-H Transition Characterization in Snowflake Divertor Plasmas	Divertor & SOL Physics		LLNL	Yes	No	No
312	Limits to pedestal radiation high beta discharges	Steady State Heating and Current Drive		GA	No	No	No
759	Link between driven plasma response and tearing stability	Stability & Disruption Avoidance		Columbia U	No	No	No
365	Lithium dropper commissioning and ELM modification	General Physics		GA	No	No	No
514	LOC/SOC Studies	Turbulence & Transport		MIT PSFC	Yes	Yes	No
610	Local correction of the TBM error field	Stability & Disruption Avoidance		Columbia U	No	No	No
338	Local correction of the TBM error field	Stability & Disruption Avoidance		Columbia U	No	No	Yes
685	Locked mode control at low (ITER-like) q95 and with external C-coils	Stability & Disruption Avoidance		Columbia U	No	No	No
691	Locked-mode avoidance by magnetic f/back on saddle-loops	Stability & Disruption Avoidance		Columbia U	No	No	No
536	Low rotation, elevated q_min steady-state scenario discharges at high betaN and 210R MSE	Steady State Heating and Current Drive		GA	No	No	No
575	Magnetic field limit for Glow Discharge wall cleaning	Plasma Control		ITER Organization	Yes	No	Yes
193	Magnetic perturbation amplitude scan to investigate RMP-induced damping of Zonal Flows	Turbulence & Transport		U of Wisconsin	Yes	No	No
106	Magnetic turbulence measurements in high beta H-mode discharges	Turbulence & Transport		PPPL	Yes	No	No
777	Magnitude of cross-field drifts in the Private Flux Region, divertor asymmetries and detachment	Divertor & SOL Physics		Aalto U	No	No	No
21	Magnitude of cross-field drifts in the Private Flux Region, divertor asymmetries and detachment	Divertor & SOL Physics		Aalto U	No	No	No
535	Main-ion and impurity neoclassical flows compared with the PERFECT pedestal code	Pedestal Structure		Massachusetts Institute of Technology	No	No	Yes
258	Main-ion and impurity rotation in helium plasmas	Plasma Rotation		GA	No	No	No
490	Maintain low-rotation QH-mode with ECH only	Inductive Scenarios		GA	No	No	No
10	Maintain low-rotation QH-mode with ECH only	Inductive Scenarios		GA	No	No	No
479	Major disruption avoidance by providing �??magnetic helical insulation�?? between ST and 2/1 surface	Stability & Disruption Avoidance		PPPL	Yes	No	Yes
579	Mapping of Peeling Mode Stability Boundary	Pedestal Structure		GA	No	Yes	No
418	Mapping the current rise stability boundary for the ITER baseline scenario	Inductive Scenarios		ITER Organization	No	No	Yes
577	MARFE limits in the snowflake configuration	Divertor & SOL Physics		LLNL	No	No	No
760	Marginal 2/1 island width in IBS	Stability & Disruption Avoidance		Retired from GA	No	No	No
661	Massive gas injection into an unstable plasma	Disruption Mitigation		GA	No	No	No
39	Measure and understand energetic particle profiles in steady-state plasmas	Steady State Heating and Current Drive		UC, Irvine	No	No	No
688	Measure Beam Ion Transport due to Resonance Between Applied 3D Fields and Injected Beam Ion Orbits	Energetic Particles		GA	No	Yes	No
696	Measure Change in 3D Field Induced EP Losses Due to Screening	Energetic Particles		GA	No	Yes	No
386	Measure Intrinsic Rotation Size scaling in DIII-D alone -II	Plasma Rotation		GA	No	No	No
5	Measure Intrinsic Rotation Size scaling in DIII-D alone -II	Plasma Rotation		GA	No	No	No
795	Measure NTV torque profile	Plasma Rotation		Columbia U	No	No	No
555	Measure Plasma Response to RMPs	ELM Control		GA	No	No	No
185	Measure Plasma Response to RMPs	ELM Control		GA	Yes	No	No
192	Measurement of heat flux on the divertor using the embedded thermocouple array	Divertor & SOL Physics		U of Tennessee, Knoxville	No	No	No
620	Measurement of heat flux on the divertor using the embedded thermocouple array	Divertor & SOL Physics		U of Tennessee, Knoxville	No	No	No
702	Measurement of hysteresis in RMP-ELM suppression thresholds	ELM Control		Columbia U	No	No	No
442	Measurement of Inductive Poloidal Current	Stability & Disruption Avoidance		GA	No	No	No
149	Measurement of ion temperatures in the divertor region of DIII-D using the DiMES platform	Divertor & SOL Physics		U of Tennessee, Knoxville	No	No	No
183	Measurement of multiple mechanisms in the low-density limit via ellipticity in the compass scan	Stability & Disruption Avoidance		Columbia U	Yes	No	No
190	Measurement of n=3 error field effects in RMP phase-flip experiments	ELM Control		Columbia U	No	No	No
334	Measurement of neoclassical response of off-axis beam ions	Steady State Heating and Current Drive		ORNL	No	No	No
599	Measurement of neoclassical response of off-axis beam ions	Steady State Heating and Current Drive		ORNL	No	No	No
189	Measurement of optimal n=2 phasing for RMP & ELM suppression without q95 windows	ELM Control		Columbia U	No	No	No
135	Measurement of RE diffusion to center post	Disruption Mitigation		UCSD	No	No	Yes
396	Measurement of RE diffusion to center post	Disruption Mitigation		UCSD	No	No	No
779	Measurement of the Heat Flux(Grad T) Function	Turbulence & Transport		U of Texas, Austin	No	No	No
742	Measurement of viscous torque on locked 2/1 mode	Stability & Disruption Avoidance		Massachusetts Institute of Technology	No	No	No
743	Measurement of viscous torque on locked 2/1 mode	Stability & Disruption Avoidance		Massachusetts Institute of Technology	No	No	No
227	Mechanisms leading to termination of the runaway discharges and effects on PFC energy deposition	Disruption Mitigation		ITER Organization	Yes	No	Yes
40	MGI with applied n=1 RMP fields	Disruption Mitigation		Fiat Lux LLC	No	No	No
609	MHD spectroscopy and poloidal coupling of plateau RE plasmas	Disruption Mitigation		Columbia U	No	No	No
453	Minimize Density Pumpout During RMP ELM Suppression	ELM Control		LLNL	No	No	Yes
635	Mitigation: pellet and massive gas injections in helically favorable ways for reducing asymmetry	Disruption Mitigation		PPPL	No	No	Yes
486	Mitigation: pellet and massive gas injections in helically favorable ways for reducing asymmetry	Stability & Disruption Avoidance		PPPL	Yes	No	Yes
484	Mitigation: Reduction of toroidal-asymmetry of radiation loss by 3D-magnetic mode rotation control	Stability & Disruption Avoidance		PPPL	Yes	No	Yes
634	Mitigation: Reduction of toroidal-asymmetry of radiation loss by 3D-magnetic mode rotation control	Disruption Mitigation		PPPL	No	No	Yes
89	Mo, W, Al, Be DiMES net/gross erosion experiments	Plasma-material Interface		U of Toronto	Yes	Yes	Yes
459	Model-based control of the current profile and βN for steady state scenarios	Steady State Heating and Current Drive		Cadarache	No	No	No
316	Model-based control of the current profile and βN for steady state scenarios	Plasma Control		Cadarache	No	No	No
773	Model-based control of the current profile and βN for steady state scenarios	Plasma Control		GA	No	No	No
552	Modulation of Bootstrap Current	ELM Control		GA	No	No	No
29	Modulation of Bootstrap Current	ELM Control		GA	No	No	No
764	Multiple periods of NTM suppression	Stability & Disruption Avoidance		PPPL	No	No	No
200	Multiple periods of NTM suppression	Stability & Disruption Avoidance		PPPL	Yes	No	No
632	Mutual alignment of gyrotrons: a new technique based on mirror-steering and anti-phase modulation	Steady State Heating and Current Drive		Columbia U	Yes	No	No
659	n = 2 Dynamic Error Field Correction	Stability & Disruption Avoidance		GA	No	No	No
407	n-scaling of magnetic errors (TBM related)	Plasma Rotation		GA	No	No	Yes
737	n=1 and n=2 simultaneous DEFC /DFB for routine demonstration of low q << 2 RWM stable regime	Stability & Disruption Avoidance		PPPL	No	No	No
584	n=1 RMP Suppression and the role of field penetration vs kink excitation	ELM Control		GA	Yes	No	No
161	n=3 offset and ELM suppression with RMP	ELM Control		GA	No	No	Yes
196	Narrow heat flux widths and divertor power dissipation	Divertor & SOL Physics		GA	Yes	Yes	Yes
147	Natural and Pellet-induced ELM behavior at low rotation/torque	ELM Control		UCSD	Yes	No	No
36	Natural ELM Pacing in High-Beta, Steady-State Plasmas	Steady State Heating and Current Drive		GA	No	No	No
170	Nature of Energy Released During H-L Back Transition	L-H Transition		GA	No	No	No
560	NBI Driven Poloidal Rotation	Plasma Rotation		GA	No	No	No
744	NBI torque assisted unlocking and spinup experiments	Stability & Disruption Avoidance		Massachusetts Institute of Technology	No	No	No
254	Neon SPI injection into early CQ to stunt RE formation	Disruption Mitigation		GA	No	No	No
749	Neon SPI injection into early CQ to stunt RE formation	Disruption Mitigation		GA	No	No	No
30	New Optimal Plasma Shape for AT Scenario?	Steady State Heating and Current Drive		GA	No	No	No
251	New Study of Alfven Eigenmodes Induced Fast Ion Transport/Loss	Energetic Particles		GA	No	No	No
35	Non-Diffusive Heat Fluxes in the Edge "Shortfall" Region	Turbulence & Transport		GA	No	No	No
201	NTM Control Upgrade: Capibility to deposit EC at multiple locations	Plasma Control		PPPL	Yes	No	No
719	NTM Control Upgrade: Capibility to deposit EC at multiple locations	Plasma Control		PPPL	No	No	No
722	NTM control with ECCD, Real-time Ray Tracing and real-time Mirrors	Plasma Control		PPPL	No	No	No
377	NTM locking disruption avoidance by the EM torque with toroidal-phase forward magnetic feed	Disruption Mitigation		PPPL	No	No	No
692	NTMs �??on demand�??, by ECH	Stability & Disruption Avoidance		Columbia U	No	No	No
693	NTMs �??on demand�??, by modulated ECCD	Stability & Disruption Avoidance		Columbia U	No	No	No
662	NTV Collisionality Regime Test	Plasma Rotation		Columbia U	No	No	No
268	nu* dimensionless scaling	Turbulence & Transport		CEA	No	Yes	No
265	o Experiments using the centerpost Swing-probes	Divertor & SOL Physics		UCSD	No	No	No
125	Observation of non-linear interactions in fast-ion loss spectra	Energetic Particles		PPPL	No	No	No
335	Off-axis NBCD measurement in steady state scenario	Steady State Heating and Current Drive		ORNL	No	No	No
186	Optimal Mixing of I & C coils for n=1 EFC	Stability & Disruption Avoidance		Columbia U	Yes	No	No
571	Optimal Plasma Shape for High-Beta, Steady-State Hybrid Scenario	Steady State Heating and Current Drive		GA	Yes	No	No
129	Optimization and Control of ITER-like MGI	Disruption Mitigation		GA	Yes	Yes	Yes
105	Optimization and exploration of the q95<2 scenario in DIII-D	Stability & Disruption Avoidance		Consorzio RFX	Yes	No	No
240	Optimization of Applied Error Field Spectrum for NTV	Stability & Disruption Avoidance		Columbia U	Yes	No	No
314	Optimization of castellation for a new W-divertor of ITER: studies of shaped castellation in DIII-D	Plasma-material Interface		UCSD	No	Yes	Yes
591	Optimization of edge particle transport in ELM suppressed H-modes including high Z impurity control	ELM Control		ITER Organization	Yes	No	Yes
631	Optimization of RMP pedestal with feedback control	ELM Control		GA	Yes	No	Yes
438	Optimize electron pedestal pressure in ECH-heated QH-mode plasmas	Pedestal Structure		UCLA	No	No	No
439	Optimize electron pedestal pressure in ECH-heated QH-mode plasmas	Pedestal Structure		UCLA	No	No	No
292	Optimize electron pedestal pressure in low-torque ITER baseline plasmas	Inductive Scenarios		UCLA	No	No	No
787	Optimize Radiative Divertor and Core Performance	Steady State Heating and Current Drive		PPPL	No	No	No
788	Optimize Radiative Divertor and Core Performance	Divertor & SOL Physics		PPPL	No	No	No
74	Optimize TBM error field correction against field penetration in low NBI torque H-modes	Stability & Disruption Avoidance		CRPP-EPFL	Yes	No	No
120	Optimizing non-resonant, nonaxisymmetric fields in QH-mode	Inductive Scenarios		GA	No	No	No
480	Orderly shutdown enhancement of multi-mega joule magnetic energy during the plasma current shut down	Stability & Disruption Avoidance		PPPL	Yes	No	Yes
370	Particle pinch in pedestal	Pedestal Structure		GA	No	No	No
373	Pedestal optimization in VH mode	Pedestal Structure		ORNL	No	No	No
379	Pedestal optimization of ITER baseline scenario discharges.	Pedestal Structure		GA	No	No	No
372	Pedestal optimization via impurity injection	Pedestal Structure		ORNL	No	No	No
374	Pedestal optimization with RMP ELM Control	Pedestal Structure		ORNL	No	No	No
556	Pedestal optimization with RMP ELM Control	Pedestal Structure		ORNL	No	No	No
134	Pedestal stability and divertor transport studies with feedback-controlled snowflake configuration.	Divertor & SOL Physics		LLNL	Yes	No	No
462	Perturbation amplitude linearity test of the RMP ELM suppression 3D plasma response	ELM Control		Department of Energy	Yes	No	Yes
517	Physics of Crescent-shaped synchrotron emission patterns in runaway plateau dischar	Disruption Mitigation		UCSD	Yes	No	No
800	Physics of EHO control in low-torque QH-mode	Torkil Jensen Award		Department of Energy	No	No	No
709	Physics of EHO control in low-torque QH-mode	Inductive Scenarios		Department of Energy	No	No	No
723	Physics of the Heat Flux Width	Divertor & SOL Physics		AKIMA Infrastructure Services	No	No	No
706	Physics of the low density branch of the L-H power threshold scaling	L-H Transition		UCLA	No	No	No
707	Physics of the low density branch of the L-H power threshold scaling	L-H Transition		UCLA	No	No	No
217	PID (proportional integral derivative)control of Error Field	Stability & Disruption Avoidance		PPPL	Yes	No	No
700	PID-controlled boundary radial field for �??spontaneous�?? mode-unlocking	Stability & Disruption Avoidance		Consultant	No	No	No
588	Plasma Response in IWL H-mode plasmas	ELM Control		ORNL	No	No	No
24	Plasma response to 3D magnetic perturbations in the unfavorable grad-B drift direction	ELM Control		PPPL	Yes	No	No
658	Plasma response to n=2 perturbations	Stability & Disruption Avoidance		GA	No	No	No
633	Plasma response to small applied rotating fields as an error-field-detection method	Stability & Disruption Avoidance		Columbia U	Yes	No	No
250	Plateau Ecrit with MGI	Disruption Mitigation		GA	No	Yes	Yes
695	Poloidal rotation of plasma column to simulate rotating wall	Plasma Control		Columbia U	No	No	No
80	Poloidal spectral measurements of n=3 RMP ELM suppression using the 3D magnetics upgrade	ELM Control		Department of Energy	Yes	No	Yes
278	Possibility of �??Off-axis-Fishbone Mode and ELM Pacing�?? due to Direct Energetic Particle Coupling	ELM Control		JAEA	No	No	No
177	Possibility of �??Off-axis-Fishbone Mode and ELM Pacing�?? due to Direct Energetic Particle Coupling	ELM Control		PPPL	Yes	No	No
295	preliminary simulated burn control	Turbulence & Transport		GA	No	No	No
446	Probe the viscosity of inter-mode coupling	Plasma Rotation		Los Alamos National Laboratory	Yes	No	No
550	Probing and controlling the L->H and H->L transitions by small pellet injection	L-H Transition		Korea Institute of Fusion Energy	No	No	No
103	Probing and controlling the L->H and H->L transitions by small pellet injection	L-H Transition		Korea Institute of Fusion Energy	Yes	No	No
539	Produce fNI = 1 discharges at q_min near 1.5 using off-axis injection and a model guided approach	Steady State Heating and Current Drive		GA	No	No	No
164	Produce fNI = 1 discharges at q_min near 1.5 using off-axis injection and a model guided approach	Steady State Heating and Current Drive		GA	No	No	No
58	Progressing Towards a Staged Approach to Disruption Mitigation	Disruption Mitigation		GA	Yes	No	Yes
457	Prompt torque and zonal flow damping	Turbulence & Transport		GA	No	No	No
6	Prompt torque and zonal flow damping	Plasma Rotation		GA	No	No	No
355	q dependence of L-H transition power threshold	L-H Transition		UCLA	No	No	No
140	q0 control with Counter-ECCD in ITER Baseline Discharges	Inductive Scenarios		Retired	No	No	No
242	q95 < 2 Tokamak Operation Via Dynamic Error Field Correction	Stability & Disruption Avoidance		GA	No	No	No
526	q95 < 2 Tokamak Operation Via Dynamic Error Field Correction	Stability & Disruption Avoidance		GA	No	No	No
596	q95 dependency of beam ion confinement in high qmin scenario	Steady State Heating and Current Drive		ORNL	No	No	No
753	q95 scaling of the coupled turbulence/zonal flow during LH transition	L-H Transition		U of Wisconsin	No	No	No
359	q95 scaling of the coupled turbulence/zonal flow during LH transition	L-H Transition		U of Wisconsin	No	No	No
500	q95<2 tokamak operation via dynamic error field correction	Stability & Disruption Avoidance		Consorzio RFX	Yes	No	No
115	QH-mode at low co-Ip torque using n=2 NRMF	Inductive Scenarios		GA	No	No	No
756	QH-mode edge sweep with helium impurity for comparison to XGC0	Pedestal Structure		PPPL	No	No	No
652	QH-mode operation with reduced divertor interaction	Inductive Scenarios		GA	No	No	No
375	QH-mode pedestal optimization	Inductive Scenarios		ORNL	No	No	No
495	QH-mode with low torque start-up	Inductive Scenarios		GA	No	No	No
53	QH-mode with low torque start-up	Inductive Scenarios		GA	No	No	No
330	QH-mode with TBM	Inductive Scenarios		GA	No	No	No
331	QH-mode with TBM (dup 330)	Stability & Disruption Avoidance		GA	No	No	No
793	qmin control	Plasma Control		PPPL	No	No	No
721	qmin control	Steady State Heating and Current Drive		PPPL	No	No	No
208	qmin control	Steady State Heating and Current Drive		PPPL	Yes	No	No
741	Quantifying the improved confinement achieved by NTM spinup	Stability & Disruption Avoidance		Massachusetts Institute of Technology	No	No	No
47	Quantifying the TBM torque, both in magnitude and radial location	Plasma Rotation		VTT Technical Research Centre	No	No	No
460	Quantifying the TBM torque, both in magnitude and radial location	Plasma Rotation		VTT Technical Research Centre	No	No	Yes
608	Quiescent runaway electron studies for 2014	Disruption Mitigation		Columbia U	No	No	No
647	Radiating Divertor Applied to the ITER Baseline Scenario at near-Zero Applied Torque	Divertor & SOL Physics		GA	No	No	Yes
767	Radiation asymmetry measurements in opposite-handed plasmas	Disruption Mitigation		ORNL	No	No	No
666	Radiation limit in the snowflake configuration	Divertor & SOL Physics		CRPP-EPFL	No	No	No
148	Radiative divertor control development	Divertor & SOL Physics		LLNL	Yes	No	No
402	Radiative divertor solutions in the ITER baseline scenario	Inductive Scenarios		ITER Organization	No	Yes	No
403	Radiative divertor solutions in the ITER baseline scenario	Divertor & SOL Physics		ITER Organization	No	Yes	No
263	Radiative divertor solutions in the ITER baseline scenario	Inductive Scenarios		ITER Organization	No	Yes	Yes
264	Radiative divertor solutions in the ITER baseline scenario	Divertor & SOL Physics		ITER Organization	No	Yes	Yes
720	Real-time Error Field Correction	Plasma Control		PPPL	No	No	No
213	Real-time Ray Tracing for PCS	Plasma Control		PPPL	Yes	No	No
538	Reduce fast ion transport in high qmin, high beta plasmas	Steady State Heating and Current Drive		LLNL	No	No	No
739	Reduce L-H treshold power in H plasmas using pellet injection	L-H Transition		GA	No	No	Yes
199	Reducing the tearing island detection time	Stability & Disruption Avoidance		PPPL	Yes	No	No
487	Reduction of required power of ECCD NTM suppression targeting in slowly moving x- and o- point	Stability & Disruption Avoidance		PPPL	Yes	No	Yes
478	Reduction of thermal disruption due to 2/1 mode in q >1 configuration	Stability & Disruption Avoidance		PPPL	Yes	No	Yes
740	Respond to locking by ramping IP down	Stability & Disruption Avoidance		Columbia U	No	No	No
646	rho* scaling of intrinsic torque between DIII-D and JET	Plasma Rotation		GA	No	Yes	No
327	rho* scaling of intrinsic torque between DIII-D and JET	Plasma Rotation		GA	No	Yes	No
308	RMP (Resonant Magnetic Perturbation) code validation via UCLA 288 GHz polarimeter	ELM Control		UCLA	No	No	No
473	RMP assisted snowflake divertor	Divertor & SOL Physics		U of Wisconsin	Yes	No	No
62	RMP assisted snowflake divertor	Divertor & SOL Physics		U of Wisconsin	Yes	No	No
637	RMP Effect on ELMs: Separate the effect of density pumpout	ELM Control		PPPL	No	No	No
505	RMP ELM Control at ITER relevent rotation/torque	ELM Control		UCSD	No	No	No
143	RMP ELM control at low torque	ELM Control		UCSD	Yes	No	No
782	RMP ELM Control Development	Plasma Control		PPPL	No	No	No
23	RMP ELM Suppression at q95 above 4	ELM Control		GA	No	No	No
390	RMP ELM Suppression at q95 above 4	ELM Control		GA	No	No	No
302	RMP ELM Suppression at the NTV Offset Rotation	ELM Control		GA	No	No	No
55	RMP Elm Suppression in DN Plasmas	ELM Control		ORNL	No	No	No
519	RMP ELM-Control for Snowflake Configurations	Divertor & SOL Physics		LLNL	No	No	No
209	RMP ELM-Control for Snowflake Configurations	Torkil Jensen Award		LLNL	Yes	No	No
562	RMP NTM interaction	Stability & Disruption Avoidance		PPPL	Yes	No	No
676	Robust NTM control	Plasma Control		CRPP-EPFL	No	Yes	Yes
677	Robust NTM control	Stability & Disruption Avoidance		CRPP-EPFL	No	Yes	Yes
394	Role of density and impurities on particle and momentum transport	Turbulence & Transport		The college of William and Mary	No	No	No
532	Role of ECH Induced Mulitiscale Electron Thermal Transport in H-mode Plasmas	Turbulence & Transport		Massachusetts Institute of Technology	No	No	Yes
717	Role of poloidal flux expansion to address divertor heat flux challenge	Divertor & SOL Physics		GA	No	No	No
28	Role of profile evolution and energy transfer in L-H transition	L-H Transition		UCSD	No	No	No
376	Role of q and magnetic shear of pedestal formation time and turbulent transport	Pedestal Structure		PPPL	No	No	No
307	Role of turbulent-driven and Ion pressure gradient-sustained ExB flows in Triggering H-mode	L-H Transition		UCSD	No	No	No
602	Rotating field current drive for NTM suppression	Stability & Disruption Avoidance		Massachusetts Institute of Technology	Yes	No	No
774	Rotating Magnetic Field Current Drive (RMFCD)	Steady State Heating and Current Drive		Massachusetts Institute of Technology	No	No	No
761	Rotating Magnetic Field Current-Drive (RMFCD)	Torkil Jensen Award		Massachusetts Institute of Technology	No	No	No
395	Rotation reversal	Plasma Rotation		The college of William and Mary	No	No	No
336	Routine current profile control in operation	Steady State Heating and Current Drive		GA	No	No	No
337	Routine current profile control in operation	Inductive Scenarios		GA	No	No	No

383	Run Coordinator Test Proposal	General Physics		LLNL	No	No	No
384	Run Coordinator Test Proposal II	General Physics		GA	No	No	No
169	Runaway flattop mitigation by Neon shattered pellet injection	Disruption Mitigation		ORNL	No	No	Yes
714	Runaway flattop mitigation by Neon shattered pellet injection	Disruption Mitigation		ORNL	No	No	Yes
710	RWM control using external coils	Stability & Disruption Avoidance		Columbia U	No	No	No
320	RWM excitation in the SSI target by reducing triangularity"	Stability & Disruption Avoidance		PPPL	No	No	No
86	Safety Factor Scaling of Turbulence and Transport in Hybrid Scenario Plasmas	Turbulence & Transport		U of Wisconsin	No	No	No
679	Safety Factor Scaling of Turbulence and Transport in Hybrid Scenario Plasmas	Turbulence & Transport		U of Wisconsin	No	No	No
56	Sawtooth Control	Plasma Control		ORNL	No	No	No
273	Sawtooth control via n=1 external magnetic perturbation	Torkil Jensen Award		Consorzio RFX and Padova U	Yes	No	No
630	Sawtooth control via n=1 external magnetic perturbation: extension to H-mode plasmas	Stability & Disruption Avoidance		Consorzio RFX	Yes	No	No
197	Scaling of divertor detachment onset	Divertor & SOL Physics		GA	Yes	No	No
428	Scaling of L-H transiton power with Xpoint location and collisionality	L-H Transition		UCSD	No	No	No
305	Scaling Of Pedestal Plasma Transport With RMP I-coil Current	ELM Control		U of Wisconsin	No	No	No
727	Scaling Of Pedestal Plasma Transport With RMP I-coil Current	ELM Control		U of Wisconsin	No	No	No
424	Search for evidence of non-local transport across slow L-H transitions	Turbulence & Transport		Massachusetts Institute of Technology	Yes	No	No
730	Search for Fast Ion Critical Gradient	Energetic Particles		GA	No	No	No
649	Search for high freq magnetic fluctuations with CPS diagnostic	Turbulence & Transport		UCLA	No	No	No
381	Search for turbulence at ion-cyclotron frequencies	Turbulence & Transport		UCLA	No	No	No
410	Sensitivity of RMP ELM Suppression with Less Than 12 I-coils to I-coil Configuration	ELM Control		LLNL	No	No	Yes
150	Sensitivity study of toroidally-asymmetric halo current to error field during VDE	Disruption Mitigation		PPPL	No	No	No
422	Separation of thermal and particle transport in I-mode plasmas	Turbulence & Transport		Massachusetts Institute of Technology	No	No	No
768	sheath physics study 2	Divertor & SOL Physics		Sandia National Lab	No	No	No
294	Simulated Alpha particle dillution	Turbulence & Transport		GA	No	No	No
564	Simulated of Burn Control using In-Vessel Coils	Turbulence & Transport		PPPL	Yes	No	No
576	Slow snowflake configuration scans to clarify geometry vs physics	Divertor & SOL Physics		LLNL	No	No	No
796	Snowflake Control	Plasma Control		PPPL	No	No	No
179	Snowflake in AT Plasma	Steady State Heating and Current Drive		LLNL	No	No	No
298	Soft landing with 2/1 TM in the ITER shape	Stability & Disruption Avoidance		GA	No	No	No
205	SOL width in top-limited discharges	Divertor & SOL Physics		UCSD	No	No	Yes
559	SOL Width Scaling: Goldston's Heuristic Drift Model vs Critical Pressure Gradient Model	Divertor & SOL Physics		PPPL	No	No	No
452	Source of Magnetic Flux Pumping in Hybrids	Inductive Scenarios		GA	No	No	No
570	Space, time and energy-resolved x-ray measurements for magnetically confined fusion plasmas	Stability & Disruption Avoidance		PPPL	Yes	No	No
481	Spin-up the NTM mode frequency for suppression of NTM by explicitly the EM torque control	Stability & Disruption Avoidance		PPPL	Yes	No	Yes
138	SSI target improvement by minimizing global low-n MHD activity in 1.5	Steady State Heating and Current Drive		PPPL	No	No	No
231	Stabilization of NTMs with ECCD	Stability & Disruption Avoidance		QST	No	Yes	No
249	Steady-state high beta with NCS and qmin>2	Steady State Heating and Current Drive		GA	No	No	No
206	Studies of arcing on divertor PFC surfaces	Plasma-material Interface		UCSD	No	No	No
530	Studies of arcing on divertor PFC surfaces	Plasma-material Interface		UCSD	No	No	No
400	Studies of RE final loss	Disruption Mitigation		UCSD	No	No	No
141	Studies of RE final loss	Disruption Mitigation		UCSD	No	No	Yes
234	Study fishbone-like instability at the edge of QH-modes	Inductive Scenarios		Instituto Superior Tecnico, Lisboa, Portugal	No	No	No
528	Study NRMF driven torque in ECH-only heated plasma (ELMing H-modes)	Plasma Rotation		GA	No	No	No
244	Study NRMF driven torque in ECH-only heated plasma (ELMing H-modes)	Plasma Rotation		GA	No	No	No
225	Study of atomic and molecular processes in deep detachment conditions	Divertor & SOL Physics		LLNL	Yes	No	No
51	Study of chirping Alfvén eigenmodes in DIII-D	Energetic Particles		PPPL	No	Yes	No
378	Study of the connection between I-mode and low density Type III ELMs and optimization of I-mode	ELM Control		GA	No	No	No
317	Study on sawteeth in the neutral beam (NB) heated plasmas	Stability & Disruption Avoidance		Korea National Fusion Research Center	No	No	No
253	Study QH-mode with advanced fast ion diagnostics and codes	Inductive Scenarios		GA	No	No	No
255	Super H-Mode	Torkil Jensen Award		ORNL	Yes	No	No
537	Super H-Mode: Pedestal Evolution and Optimization	Pedestal Structure		ORNL	Yes	No	No
544	Super H-Mode: Scenario Development	Steady State Heating and Current Drive		ORNL	Yes	No	No
541	Support of DIII-D boundary physics experiments	Divertor & SOL Physics		MIT	No	No	No
419	Support of ITER Research Plan for Q=10 Operation	Inductive Scenarios		ITER Organization	No	No	No
204	Suppression of Density Limit Disruptions with RMP Fields	Torkil Jensen Award		GA	No	No	Yes
467	Sustainment of q<2 through pseudo wall rotation	Inductive Scenarios		Department of Energy	Yes	No	No
130	Synergy between core-localized Alfven eigenmodes and edge localized TBM fields on fast ion losses.	Energetic Particles		PPPL	No	Yes	No
454	Synergy between core-localized Alfven eigenmodes and edge localized TBM fields on fast ion losses.	Energetic Particles		PPPL	No	Yes	No
182	Systematic test of paleoclassical transport	Turbulence & Transport		GA	No	No	No
590	Targeting Top of Pedestal in RMP ELM-suppressed plasmas with SXR Imaging	ELM Control		ORNL	No	No	No
102	TBM mock-up effects on confinement at high β	Stability & Disruption Avoidance		ITER Organization	Yes	No	Yes
455	TBM mock-up effects on confinement at high β	Stability & Disruption Avoidance		ITER Organization	Yes	No	Yes
363	TBM mockup simulating ITER GDC with ferritic materials	General Physics		GA	No	No	No
551	Test compatibility of radiative divertor with QH-mode	Inductive Scenarios		GA	No	No	No
525	Test critical gradient model for fast-ion transport	Energetic Particles		UC, Irvine	No	No	No
293	Test of ETG zeff supression	Turbulence & Transport		GA	No	No	No
9	Test of Neoclassical Toroidal Viscosity theory using modulated I-coil currents	Plasma Rotation		GA	No	No	No
171	Test of the argon pellet injector	Disruption Mitigation		ORNL	No	No	Yes
715	Test of the upgraded SPI	Disruption Mitigation		ORNL	No	No	No
430	Test of Turbulence Spreading Using Turbulence Propagation	Turbulence & Transport		GA	No	No	No
31	Test of Turbulence Spreading Using Turbulence Propagation	Turbulence & Transport		GA	No	No	No
458	Test optimized TBM error field correction at higher values of beta	Stability & Disruption Avoidance		CRPP-EPFL	No	No	Yes
73	Test optimized TBM error field correction at higher values of beta	Stability & Disruption Avoidance		CRPP-EPFL	Yes	No	No
726	Test Pedestal Structure Model Where Paleoclassical Transport Is Dominant	Pedestal Structure		U of Wisconsin	No	No	No
262	Test Pedestal Structure Model Where Paleoclassical Transport Is Dominant	Pedestal Structure		U of Wisconsin	No	No	No
732	Testing ELM destabilization by 3D fields on DIII-D	ELM Control		ORNL	No	No	No
121	Testing Emerging Two-Fluid Model for RMP Plasma Response in Straightforward IWL Plasmas	ELM Control		ORNL	Yes	No	No
613	Testing for parameter space with the best fast ion confinement at high q_min	Steady State Heating and Current Drive		GA	No	No	No
549	Testing kinetic RWM stabilization theory at marginal stability in high beta, TM stabilized plasmas	Stability & Disruption Avoidance		Columbia U	Yes	Yes	Yes
566	Testing of New Hardware and Software Capabilities for NTM Control	Plasma Control		PPPL	No	No	No
210	The Dependence of Poloidal Rotation on Turbulence	Plasma Rotation		GA	No	No	No
385	The effect of LSN Shape on the q95 windows in RMP ELM Suppression	ELM Control		GA	No	No	No
3	The effect of LSN Shape on the q95 windows in RMP ELM Suppression	ELM Control		GA	No	No	Yes
471	The experiment on generalized hybrid scenario with qmin > 2 at low density and relatively high q95	Inductive Scenarios		ASIPP	Yes	No	No
554	The impact of increased pressure gradient on scenarios for fully noninductive operation	Steady State Heating and Current Drive		GA	No	No	No
738	The investigation of EP-kinetic effects and plasma rotation with low q and low beta operation	Stability & Disruption Avoidance		PPPL	No	No	No
563	The Role of Energetic Particles in ELM-Free H-mode Plasmas	ELM Control		UC, Irvine	No	No	No
750	The role of non-local transport and avalanches in different L-H transition regimes	L-H Transition		UCLA	No	No	No
97	Time-resolved measurement of plasma response spectrum	Stability & Disruption Avoidance		Columbia U	Yes	No	No
636	Time-resolved measurement of plasma response spectrum	Stability & Disruption Avoidance		Columbia U	No	No	No
114	Toroidal peaking of radiation, response time for triggering TQ and mitigation efficiency during mass	Disruption Mitigation		ITER Organization	Yes	No	Yes
398	TQ radiation distribution from R-2 MGI	Disruption Mitigation		UCSD	No	No	Yes
399	TQ radiation distribution from R-2 MGI	Disruption Mitigation		UCSD	No	No	Yes
139	TQ radiation distribution from R-2 MGI	Disruption Mitigation		UCSD	No	No	Yes
437	TQ radiation distribution from R-2 MGI	Disruption Mitigation		Massachusetts Institute of Technology	No	No	No
382	Transport and turbulence characterization experiment	Steady State Heating and Current Drive		UCLA	No	No	No
681	Transport Investigation During Slow Current Ramp-Up and Ramp-Down [for ITER]	Inductive Scenarios		U of Wisconsin	No	No	No
257	Transport Investigation During Slow Current Ramp-Up and Ramp-Down [for ITER]	Inductive Scenarios		U of Wisconsin	No	Yes	No
432	Transport mechanisms induced by RMP	ELM Control		UCSD	No	No	No
25	Transport mechanisms induced by RMP	ELM Control		UCSD	No	No	Yes
152	Transport shortfall at high gyrobohm flux	Turbulence & Transport		GA	No	No	No
745	Transport studies in I-mode plasmas	Pedestal Structure		Massachusetts Institute of Technology	No	No	No
629	Transport study using Modulation RMP (M-RMP)	ELM Control		Zhejiang U	Yes	No	No
311	Transport with qmin>2	Steady State Heating and Current Drive		LLNL	No	No	No
623	Trapped Electron Mode n_e / T_e Fluctuation Study	Turbulence & Transport		U of Colorado, Boulder	No	No	No
624	Trapped Electron Mode Study in Core	Turbulence & Transport		U of Colorado, Boulder	No	No	No
291	Trigger-less onset of NTMs with P_EC and NTV effects on rotation regime	Stability & Disruption Avoidance		Instituto Superior Tecnico, Lisboa, Portugal	No	No	No
126	Triggering ELMs at high frequency with PPPL Lithium granule injector	ELM Control		Retired from PPPL	Yes	No	No
4	Turbulence and Intrinsic Rotation	Plasma Rotation		GA	No	No	No
94	Turbulence Structure and Amplitude Variation with ExB Shear in H-mode Plasmas	Turbulence & Transport		U of Wisconsin	No	No	No
731	Turbulent Ion Thermal Response to Electron Heat Flux and Te/Ti Variation	Turbulence & Transport		Sandia National Lab	No	No	No
431	Turbulent transport in detached divertor	Divertor & SOL Physics		UCSD	No	No	No
49	Turbulent transport in detached divertor	Divertor & SOL Physics		UCSD	No	No	Yes
267	Understand and control resistive wall mode stability in high-qmin plasmas	Steady State Heating and Current Drive		Columbia U	No	No	No
99	Understand and control resistive wall mode stability in high-qmin plasmas	Stability & Disruption Avoidance		Columbia U	Yes	Yes	No
326	Understand mechanisms by which ECH influences NTM stablility	Stability & Disruption Avoidance		GA	No	No	No
100	Understand resistive wall mode control physics in low-q95 plasmas	Stability & Disruption Avoidance		Columbia U	Yes	No	No
266	Understand resistive wall mode control physics in low-q95 plasmas	Inductive Scenarios		Columbia U	No	No	No
678	Understanding and Testing Methods for Producing Gentle HL Transitions	L-H Transition		GA	No	No	No
131	Understanding runaway equilibrium to minimize damage hazard	Disruption Mitigation		Facebook	Yes	Yes	Yes
784	Understanding the NTM Stability Limits by q-profile modification	Inductive Scenarios		PPPL	No	No	No
506	Understanding the synchrotron emission patterns in QRE discharges	Disruption Mitigation		UCSD	Yes	No	No
772	Unified edge and SOL rotation	Divertor & SOL Physics		UCSD	No	No	No
366	Up/down Asymmetric EFC	Stability & Disruption Avoidance		Department of Energy	No	No	No
499	Up/down Asymmetric EFC	Stability & Disruption Avoidance		Department of Energy	No	No	No
703	Use high betaP operating regime to study fast ion transport	Energetic Particles		LLNL	No	No	No
704	Use high betaP operating regime to study fast ion transport	Steady State Heating and Current Drive		LLNL	No	No	No
641	Using Magnetic Balance To Regulate Density and Impurity Accumulation Inside Double-null Plasmas	Divertor & SOL Physics		GA	No	No	No
656	Validating Critical Gradient Model for Burning Plasmas	Energetic Particles		PPPL	Yes	No	No
626	Validation of ECCD NTM stabilization criteria	Stability & Disruption Avoidance		ITER Organization	Yes	No	Yes
144	Validation of kink response models with rotating n = 1 and n = 2 and phase flip n = 3 RMPs	ELM Control		UCSD	Yes	No	No
503	Validation of M3D nonlinear MHD simulations of ELMs	Pedestal Structure		UCSD	Yes	No	No
616	Validation of nonlinear models of ELMs and RMP ELM mitigation	ELM Control		Massachusetts Institute of Technology	Yes	No	No
498	Validation of single-mode model of error field correction for n=2 fields	Stability & Disruption Avoidance		Department of Energy	Yes	Yes	No
509	Vertical positioning and stability control by means of reflectometry	Plasma Control		GA	No	No	No
524	VFI bus voltage control and the True scaled ITER shape at DIII-D	Plasma Control		GA	No	No	No
236	Wavenumber dependence of turbulence suppression in the L-H transition	L-H Transition		UCLA	No	No	No
510	What can lost fast-ions tell us about the H-mode pedestal?	Pedestal Structure		PPPL	No	No	No
725	What causes density buildup at the pedestal top?	Pedestal Structure		U of Wisconsin	No	No	No
614	Why Does the Heat Flux Increase in the Secondary Divertor Under the BetaN = constant Constraint?	Divertor & SOL Physics		GA	No	No	No