DIII-D RESEARCH OPPORTUNITIES FORUM FOR THE 2008 EXPERIMENTAL CAMPAIGN

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ID	Title	Research Area	Name	Affiliation	Time Requested
14	Develop near-balanced NBI for use in intrinsic rotation scaling experiments.	Rotation Physics (2009)	John Degrassie	GA	Yes
15	Intrinsic rotation in helium H-mode discharges.	Rotation Physics	John Degrassie	GA	Yes
16	Expand the dimensionless similarity database on intrinsic rotation	Rotation Physics	John Degrassie	GA	No
17	Mixed Gas MGI	Disruptions	John C. Wesley	GA	Yes
18	Measure intrinsic rotation in the JET shape	Rotation Physics	John Degrassie	GA	No
19	Use DIII-D pumping capability to separate density and temperature in Rice's scaling	Rotation Physics	John Degrassie	GA	No
20	RMP penetration vs rotation	ELM Control & Pedestal Physics	John Degrassie	GA	No
21	Does Confinement Improvement Saturate with Increasing Rotation?	Rotation Physics	Mickey R. Wade	GA	No
22	Collisionality Dependence of RMP Suppression	ELM Control & Pedestal Physics	Mickey R. Wade	GA	No
26	Commonality of Density Threshold for RMP ELM Suppression and QH-mode	ELM Control & Pedestal Physics	Mickey R. Wade	GA	No
27	Disruption Statistics and Prediction	Disruptions	John C. Wesley	GA	Yes
28	Small-sized LSN to test off axis NBCD	Heating & Current Drive	John Degrassie	GA	No
29	ITER-AT demonstration discharge	ITER Demonstration Discharges	Holger Reimerdes	Columbia U	No
30	High beta error field threshold	Rotation Physics	Holger Reimerdes	Columbia U	No
31	Parametric dependencies of RWM damping in rotating plasmas	RWM Physics	Holger Reimerdes	Columbia U	No
32	Multiple n dynamic error field correction	RWM Physics	Holger Reimerdes	Columbia U	No
33	Real-time stability measurement using active MHD spectroscopy	RWM Physics	Holger Reimerdes	Columbia U	No
34	Cross-machine comparison of n=2 (non-resonant) magnetic braking	Rotation Physics	Holger Reimerdes	Columbia U	Yes
35	High central fast wave current drive efficiency at high electon beta with 110 GHz EC preheating	Fully Noninductive High Beta Operation	Robert I. Pinsker	GA	No
36	FW-only H-mode studies	Heating & Current Drive	Robert I. Pinsker	GA	No
37	FW coupling and electron heating in ELM-stabilized H-modes with RMPs - continued	ELM Control & Pedestal Physics	Robert I. Pinsker	GA	No
38	Heat transport profiles and poloidal asymmetries	Thermal Transport in the Plasma Boundary	Jose A. Boedo	UC, San Diego	Yes
39	Rotation and ELMs	ELM Control & Pedestal Physics	Jose A. Boedo	UC, San Diego	Yes
40	Heat Footprint active control using applied magnetic fields	Thermal Transport in the Plasma Boundary	Jose A. Boedo	UC, San Diego	Yes
41	ELM heat deposition characterization and control	Thermal Transport in the Plasma Boundary	Jose A. Boedo	UC, San Diego	Yes
42	ELM Heat deposition control using detachment	Thermal Transport in the Plasma Boundary	Jose A. Boedo	UC, San Diego	No
43	Rotation transfer across LCFS	Boundary	Jose A. Boedo	UC, San Diego	Yes
44	Ploidal asymmetries of flows in the boundary/SOL	Boundary	Jose A. Boedo	UC, San Diego	Yes
45	Poloidal asymmetries of turbulence and heat/particle transport	Boundary	Jose A. Boedo	UC, San Diego	Yes
46	Penetration of magnetic perturbations in plasma	ELM Control & Pedestal Physics	Jose A. Boedo	UC, San Diego	Yes
47	Effect of RMPs on fluctuations and transport in edge/SOL	ELM Control & Pedestal Physics	Jose A. Boedo	UC, San Diego	Yes
48	Multi-field Measurements of NTMs and Fast Ion redistribution in Hybrid Plasmas	Core Integration (Advanced Inductive)	Raffi Nazikian	PPPL	Yes
49	Multifield Measurement of Low-n Alfven Eigenmodes in the Core of DIII-D Plasmas	Energetic Particles	Raffi Nazikian	PPPL	Yes
50	Test of a theoretical model for the irreducible minimal pedestal width scaling	ELM Control & Pedestal Physics	Richard Groebner	GA	Yes
51	Runaway electon diagnosis by impurity pellet injection	Disruptions	Alex James	UC, San Diego	Yes
52	Determination of ITER LH Threshold power	General IP	Punit Gohil	GA	No
53	Test of Paleoclassical Model for Pedestal Electron Temperature Profile	ELM Control & Pedestal Physics	Richard Groebner	GA	Yes
54	Steady State FDF Based on Hybrid Scenario	Core Integration (Steady-State Scenario)	C. Craig Petty	GA	Yes
55	non-VFI Operations with RTEFIT	Model based Control	Alan Hyatt	GA	No
56	Sustaining Low q(0) With Monster Sawtooth Control	Core Integration (Steady-State Scenario)	C. Craig Petty	GA	No
57	Gyroradius Scaling in Hybrid Plasmas	Core Integration (Advanced Inductive)	C. Craig Petty	GA	No
58	ECCD in High Beta Poloidal Plasmas	Heating & Current Drive	C. Craig Petty	GA	No
59	ECCD at High Electron Temperature	Heating & Current Drive	C. Craig Petty	GA	No
60	Dependence of Stiffness on Elongation	Transport Model Validation	C. Craig Petty	GA	No
61	Direct Measurement of ECCD Width from Modulated ECCD	Heating & Current Drive	C. Craig Petty	GA	No
62	Measurement of Inductive Poloidal Current	Heating & Current Drive	C. Craig Petty	GA	No
63	Extreme Off-Axis ECCD	Heating & Current Drive	C. Craig Petty	GA	No
64	Sustained Monster Sawteeth	Energetic Particles	C. Craig Petty	GA	No
65	Simulation of Alpha Channeling Current Drive	Heating & Current Drive	C. Craig Petty	GA	No
66	Separating Rotational Shear and rho* Scaling Effects on Transport	Transport Model Validation	C. Craig Petty	GA	No
67	High Performance Operation With Te=Ti	Core Integration (Steady-State Scenario)	C. Craig Petty	GA	No
68	Modulation of Bootstrap Current	Heating & Current Drive	C. Craig Petty	GA	No
69	Electron Heat Pinch	Transport	C. Craig Petty	GA	No
70	Neutral Beam Current Drive Profile	Heating & Current Drive	C. Craig Petty	GA	Yes
71	Well Aligned Current Drive for Sustaining High qmin	Core Integration (Steady-State Scenario)	C. Craig Petty	GA	No
72	Measuring the Structure of Tearing Modes	Stability	C. Craig Petty	GA	No
73	Mach Number Scan With Similar Parameters as JT-60U	Transport	C. Craig Petty	GA	No
74	Is the 3/2 NTM Worth Suppressing in Hybrid Discharges?	Core Integration (Advanced Inductive)	C. Craig Petty	GA	No
75	Simultaneous Suppression of 3/2 and 4/3 NTM with ECCD	Core Integration (Advanced Inductive)	C. Craig Petty	GA	No
76	Voltage controlled VFI bus operations	General PCO	Alan Hyatt	GA	No
77	Dependence of the H-L transition on toroidal rotation	Transport	Punit Gohil	GA	No
78	High Collisionless NBI Torque Drive for GAMs, aka the VH-mode path?	Transport	John Degrassie	GA	No
79	Re-optimize the Breakdown process	Model based Control	Alan Hyatt	GA	No
80	Core transport barriers in EC-heated discharges	Transport	Max Austin	U of Texas	Yes
81	ECH assisted breakdown and startup for DIII-D and ITER	ITER Startup, Shutdown, Vertical Stability	Gary Jackson	GA	Yes
82	Optimize DIII-D startup, i.e. stop initiating on the outer wall	General PCO	Gary Jackson	GA	Yes
83	Is the Reduced L-H Threshold With Counter Beams Due to Lost Ions, or Velocity per se?	Rotation Physics	John Degrassie	GA	No
84	Physics of n=3 nonresonant braking. Is there an unknown n=3 error field?	RWM Physics	Gary Jackson	GA	No
85	Current driven RWM target discharges for feedback stabilization experiments	RWM Physics	Gary Jackson	GA	No
86	Characterization of Turbulence Associated with TEMs	Transport Model Validation	Jim C. DeBoo	GA	Yes
87	Impact of Rotation on Incremental Diffusivity in Hybrid Discharges	Rotation Physics	Jim C. DeBoo	GA	No
88	Plasma rotation with Icoil rotating fields	Rotation Physics	Gary Jackson	GA	No
89	Higher Beta ELM-Suppressed Hybrids	ITER Demonstration Discharges	C. Craig Petty	GA	Yes
90	RMP ELM-Suppression With Higher Confinement	ELM Control & Pedestal Physics	C. Craig Petty	GA	No
91	Hybrid Beta Limit at Low Rotation	Core Integration (Advanced Inductive)	C. Craig Petty	GA	No
92	External n=3 RMP for ITER ELM Control Tests	ELM Control & Pedestal Physics	Max E. Fenstermacher	LLNL	No
93	Single Internal Row n=3 RMP for ELM Control	ELM Control & Pedestal Physics	Max E. Fenstermacher	LLNL	No
94	Physics of Safety Factor Resonance for n=3 RMP ELM Suppression	ELM Control & Pedestal Physics	Max E. Fenstermacher	LLNL	No
95	RMP Effect on Location of P-B Stability Boundary	ELM Control & Pedestal Physics	Max E. Fenstermacher	LLNL	No
96	Determine Adiabatic Electron Response for High-n Modes in QH Plasmas	Energetic Particles	Raffi Nazikian	PPPL	Yes
97	Operational implementation of model-based shape control (MIMO)	Model based Control	Michael Walker	GA	Yes
98	Ion response to Te heat pulses	Transport	Jim C. DeBoo	GA	No
99	Establishment of a database for EMC3/EIRENE benchmark and direct comparison to TEXTOR (1)	Thermal Transport in the Plasma Boundary	Oliver Schmitz	FZ Juelich	No
100	Establishment of a database for EMC3/EIRENE benchmark and direct comparison to TEXTOR (2)	ELM Control & Pedestal Physics	Oliver Schmitz	FZ Juelich	No
101	Measurements of Neutral Beam Excited State Lifetime	Transport	George R. McKee	U of Wisconsin, Madison	Yes
102	Collisional damping of zonal flows/GAMs	Transport	George R. McKee	U of Wisconsin, Madison	Yes
103	Turbulence and Transport dependence on Mach number in Hybrid discharges	Transport	George R. McKee	U of Wisconsin, Madison	Yes
104	Excitation of the Geodesic Acoustic Mode via Radial Field Oscillation	Transport	George R. McKee	U of Wisconsin, Madison	Yes
105	Comparison of EC and NBI H-mode Thresholds	Transport	C. Craig Petty	GA	No
106	Isolating particle sources and sinks in RMP H-modes with core pellet fueling	ELM Control & Pedestal Physics	Todd E. Evans	GA	No
107	neutral beam injection for MSE calibration and comparison of NBCD with code calculations	Heating & Current Drive	Jay Jayakumar	LLNL	No
108	Comparison of main ion and impurity rotation velocity	Rotation Physics	Richard Groebner	GA	No
109	Daily Reference Shot Monitoring of Wall Conditions	Boundary	Phil West	GA	No
110	Role of coherent modes on edge pedestal and ELM behavior	Boundary	Dmitry Rudakov	UC, San Diego	No
111	H-mode operation near the threshold power	ITER Demonstration Discharges	Guiding Wang	UC, Los Angeles	Yes
112	Marginally Limited High Performance Plasmas with Density Control	Core-Edge Integration	Phil West	GA	No
113	Understanding low density limit for L-H transition power threshold	General IP	Guiding Wang	UC, Los Angeles	No
114	Test of TGLF transport model in pedestal	ELM Control & Pedestal Physics	Richard Groebner	GA	No
115	Stable Impurity Enhanced Radiative Divertor Operation with Pellet Pacing	Core-Edge Integration	Richard A. Moyer	UC, San Diego	Yes
116	Access to betaN = 5 in a high li scenario	Core Integration (Steady-State Scenario)	John Ferron	GA	Yes
117	Investigating the Limits of Pellet pacing for ELM control	ELM Control & Pedestal Physics	Richard A. Moyer	UC, San Diego	Yes
118	NTM stabilization and RMP in high li, high betaN discharges	Core Integration (Steady-State Scenario)	John Ferron	GA	No
119	Study of moderate beta, high li transport and stability	Core Integration (Steady-State Scenario)	John Ferron	GA	No
120	H-mode power threshold in Hydrogen plasmas	Hydrogen Discharges	Punit Gohil	GA	No
121	Reliable, flexible formation of 100% noninductive discharges	Fully Noninductive High Beta Operation	John Ferron	GA	No
122	ECCD stabilization of NTMs to improve the high beta phase of steady-state scenario discharges	Fully Noninductive High Beta Operation	John Ferron	GA	No
123	Pursue the q_min >2 path toward high noninductive fraction discharges	Fully Noninductive High Beta Operation	John Ferron	GA	No
124	Optimize the 6 gyrotron, q_min near 1.5, high noninductive fraction scenario	Fully Noninductive High Beta Operation	John Ferron	GA	Yes
125	Discharges with complete 2nd stable regime access	Stability	John Ferron	GA	No
126	Dependence of ELM characteristics on toroidal rotation in hydrogen plasmas	Hydrogen Discharges	Punit Gohil	GA	No
127	Intrinsic rotation vs NTV	Rotation Physics	John Degrassie	GA	No
128	RMP ELM-control in hydrogen plasmas	Hydrogen Discharges	Punit Gohil	GA	No
129	Study of low-Z pellet shell ablation	Disruptions	Eric M. Hollmann	UC, San Diego	Yes
130	High BetaN, f_BS, ITB plasmas	Fully Noninductive High Beta Operation	Chris Holcomb	LLNL	Yes
132	Momentum Transport Measurement Using Shape Modulation	Rotation Physics	C. Craig Petty	GA	No
133	Net Deuterium Retention In Unpumped and Pumped Discharges on DIII-D and Alcator C-Mod	Hydrogenic Retention	Phil West	GA	Yes
134	Characterization of QH-mode and EHO properties with edge toroidal rotation	ELM Control & Pedestal Physics	Punit Gohil	GA	No
135	Carbon wall tritium removal using massive hydrogen injection	Hydrogenic Retention	Eric M. Hollmann	UC, San Diego	Yes
136	Completion of MP 2007-01-02: Dependence of Er, turbulence, and transport on RMP amplitude	ELM Control & Pedestal Physics	Richard A. Moyer	UC, San Diego	Yes
138	Pellet induced H-mode at low toroidal rotation	Transport	Punit Gohil	GA	No
139	Direct Measurement of Momentum Drag from Error Fields	Rotation Physics	C. Craig Petty	GA	No
140	Pellet pacing of ELMs in low toroidally rotating plasmas	ELM Control & Pedestal Physics	Punit Gohil	GA	No
141	Enhanced ohmic confinemnt using edge RMPs	Hydrogen Discharges	Todd E. Evans	GA	No
142	High Beta, Reactor Relevant Hybrid	Core Integration (Advanced Inductive)	C. Craig Petty	GA	No
143	Particle confinement regimes with RMP in n=3	Transport	Oliver Schmitz	FZ Juelich	No
144	Resolve deviations between the measured and the EFIT predicted strike point position	Model based Control	Oliver Schmitz	FZ Juelich	No
145	Resolve impact of mode spectrum on particle transport regimes with RMP	ELM Control & Pedestal Physics	Oliver Schmitz	FZ Juelich	No
146	Burst Disk Gas Jet for Disruption Mitigation on DIII-D	Disruptions	Larry R. Baylor	ORNL	Yes
147	Burst Disk Gas Jet for Disruption Mitigation on DIII-D	Disruptions	Larry R. Baylor	ORNL	Yes
148	electron transport in sawteeth	Transport	Ed Lazarus	ORNL	No
149	Hybrid beta limit at lower rotation	Rotation Physics	Robert J. La Haye	GA	Yes
151	Test of Pellet Fueling Fast Transport Theory	General IP	Larry R. Baylor	ORNL	Yes
152	2D Velocimetry of edge turbulence structures at the LH-transition	Transport	Dave Schlossberg	U of Wisconsin, Madison	Yes
153	Simultaneous fluctuation amplitudes measured across the plasma radius in L- and H-mode	Transport	Dave Schlossberg	U of Wisconsin, Madison	Yes
154	Tearing Mode Beta Limits and Error Fields in Low Rotation Baseline Plasmas	Rotation Physics	Richard Buttery	UKAEA	Yes
155	2/1 NTM beta limits in modest to strong counter torque plasmas	Rotation Physics	Richard Buttery	UKAEA	Yes
156	ECCD control of sawteeth and monster sawteeth to avoid NTMs	NTM Stabilization	Richard Buttery	UKAEA	Yes
157	ELM pacing with small pellets	ELM Control & Pedestal Physics	Larry R. Baylor	ORNL	Yes
158	Marginal island for 2/1 NTMs	Stability	Robert J. La Haye	GA	Yes
159	Turbulence dynamics of integer q surfaces in near-sationary NCS discharges w/ off-axis ECCD	Transport	Morgan Shafer	U of Wisconsin, Madison	Yes
160	Dependence of turbulence and transport on the safety factor and magnetic shear	Transport Model Validation	Morgan Shafer	U of Wisconsin, Madison	No
161	Multiple low-n RWM identification and feedback control	RWM Physics	Yongkyoon In	FARTECH, Inc.	Yes
162	Can we prevent locked mode from being locked ?	Rotation Physics	Yongkyoon In	FARTECH, Inc.	Yes
163	How to maximize ELM control resources?	ELM Control & Pedestal Physics	Yongkyoon In	FARTECH, Inc.	No
164	Catastrophic MHD-affiliated non-axisymmetric fields	Error Fields	Yongkyoon In	FARTECH, Inc.	Yes
165	Dependence of Turbulence and Transport on Te/Ti in Low Rotation L & H Modes	Transport Model Validation	George R. McKee	U of Wisconsin, Madison	Yes
166	Test theory based models and empirical scaling for intrinsic rotation by changing turbulence modes	Rotation Physics	Edward Doyle	UC, Los Angeles	Yes
167	Intermittency scaling for ITER	Boundary	Jose A. Boedo	UC, San Diego	Yes
168	ELM supression at high density	ITER Demonstration Discharges	Larry R. Baylor	ORNL	Yes
169	Can the RMP coils eliminate ELMs from SNs with B x gradB out of the divertor?	ELM Control & Pedestal Physics	Thomas W. Petrie	GA	No
170	Comparison of impurity screening between ELMing and ELM-suppressed plasmas?	ELM Control & Pedestal Physics	Thomas W. Petrie	GA	No
171	Completion of n=1 RMP ELM control studies	ELM Control & Pedestal Physics	Richard Buttery	UKAEA	Yes
172	Is the Radiating Divertor Scenario Compatible With ELM Suppression?	ELM Control & Pedestal Physics	Thomas W. Petrie	GA	No
173	Compatibility of ELM suppression with the radiating divertor in the hybrids	ELM Control & Pedestal Physics	Thomas W. Petrie	GA	No
174	What is the nature of the heat flux outside a slot divertor and are particle drifts important?	Thermal Transport in the Plasma Boundary	Thomas W. Petrie	GA	No
175	Turbulence & transport modifications in ECH plasmas and comparison to gyrokinetic simulation	Transport Model Validation	Tony Peebles	UC, Los Angeles	No
176	Investigation of fast wave damping at 2nd and 3rd harmonics on injected hydrogen beams	Hydrogen Discharges	Robert I. Pinsker	GA	No
177	Compatibility of the radiative divertor with high performance plasma operation	Core-Edge Integration	Thomas W. Petrie	GA	Yes
178	Optimal location for fueling pumped DN plasmas	Boundary	Thomas W. Petrie	GA	No
179	Effect of particle drifts on particle exhaust in an ITER-like configuration	Boundary	Thomas W. Petrie	GA	No
180	Complete ELM suppression with n=2 RMPs	ELM Control & Pedestal Physics	Richard Buttery	UKAEA	Yes
181	Vertical Stability Control Physics for ITER	ITER Startup, Shutdown, Vertical Stability	Dave Humphreys	GA	Yes
182	Measurement of the electrostatic Reynolds stress across the L-H transition	Transport	Richard A. Moyer	UC, San Diego	Yes
183	Improved Gas Jet Disruption Mitigation by I-coil-Enhanced Impurity Transport	Disruptions	Dave Humphreys	GA	Yes
184	Test of neoclassical toroidal viscosity (NTV) theory for magnetic braking	Rotation Physics	Ted Strait	GA	Yes
185	Completion of MP 2007-01-02: test RMP effect on ELM stability and increase neped with pellets	ELM Control & Pedestal Physics	Richard A. Moyer	UC, San Diego	Yes
186	Role of error fields in resistive wall mode stability	RWM Physics	Ted Strait	GA	Yes
187	Stability control and disruption avoidance: initial demonstration of an integrated approach	Disruptions	Ted Strait	GA	Yes
188	ELM control with a single row of RMP coils	ELM Control & Pedestal Physics	Ted Strait	GA	No
189	Model Validation of Electron Transport Using Modulated ECH	Transport Model Validation	Kenneth Gentle	U of Texas	No
190	Assessment of ITER startup with DIII-D similarity shapes	ITER Startup, Shutdown, Vertical Stability	Thomas A. Casper	LLNL	Yes
191	Accessibility to AT regimes with ITER-scaled DIII-D shapes	ITER Startup, Shutdown, Vertical Stability	Thomas A. Casper	LLNL	No
192	ITER controller assessment	ITER Startup, Shutdown, Vertical Stability	Thomas A. Casper	LLNL	No
193	Transport Locality and ECH Deposition	Transport	Kenneth Gentle	U of Texas	No
194	Current profile feedback controller verification for AT experiments	Model based Control	Thomas A. Casper	LLNL	No
195	ECCD control of 2/1 NTM in ITER q95=3.2 shape	NTM Stabilization	Robert J. La Haye	GA	No
196	Density peaking at low collisionality	ITER Demonstration Discharges	Thomas A. Casper	LLNL	No
197	Simultaneous ECCD control of 3/2 and 2/1 NTMs	NTM Stabilization	Robert J. La Haye	GA	No
198	Tearing Mode locking avoidance with toroidal phase advance in the feedback	Disruptions	Michio Okabayashi	PPPL	Yes
199	RWM: Mode non-rigidity in low/high rotation plasmas	RWM Physics	Michio Okabayashi	PPPL	Yes
200	Edge Current Control of ELMs	ELM Control & Pedestal Physics	James D. Callen	U of Wisconsin	Yes
201	Improvement of Dynamic Error Filed Correction by Active MHD Spectroscopy approach in closed feedback	Error Fields	Michio Okabayashi	PPPL	No
202	Development of Model-based Current Profile Control at DIII-D	Model based Control	Eugenio Schuster	Lehigh U	Yes
203	Characterization and optimization of H-mode plasmas	ITER Demonstration Discharges	Pete Politzer	GA	No
204	Model-based Closed-loop Current Profile Control at DIII-D	Model based Control	Eugenio Schuster	Lehigh U	Yes
205	Characterization and optimization of advanced inductive and hybrid plasmas in the ITER configuration	ITER Demonstration Discharges	Pete Politzer	GA	No
206	Intrinsic rotation and SOL flows	Rotation Physics	Pete Politzer	GA	No
207	Perpendicular resistivity in Ohm's law	Heating & Current Drive	Pete Politzer	GA	No
208	Measure the NBCD profile	Heating & Current Drive	Pete Politzer	GA	No
209	Intermediate/high-k turbulence in electron ITBs and tests of gyrokinetic code predictions	Transport Model Validation	Lothar Schmitz	UC, Los Angeles	Yes
210	Effect of loop voltage fluctuations on the pedestal	ELM Control & Pedestal Physics	Pete Politzer	GA	No
211	Dependence of Zonal Flows on magnetic shear in internal transport barriers	Transport Model Validation	Lothar Schmitz	UC, Los Angeles	Yes
212	Burn control simulation	General PCO	Pete Politzer	GA	No
213	QH-mode in hydrogen plasmas	Hydrogen Discharges	Punit Gohil	GA	No
214	Flux pumping �?? modulation of the 3/2 NTM in hybrid/AI plasmas by ELMs	Core Integration (Advanced Inductive)	Pete Politzer	GA	No
215	The n=3 RFA excitation in the ELM-induced RWM by applying the n=3 extra error field	RWM Physics	Michio Okabayashi	PPPL	No
216	Measurement of Zonal Flows in the H-mode pedestal	Transport	Lothar Schmitz	UC, Los Angeles	Yes
217	Is q profile modification the key element in hybrid and advanced inductive plasmas?	Core Integration (Advanced Inductive)	Pete Politzer	GA	No
218	Minimum rotation for hybrid/AI plasmas	Core Integration (Advanced Inductive)	Pete Politzer	GA	No
219	Hybrid/AI plasmas rotating in the counter-Ip direction	Core Integration (Advanced Inductive)	Pete Politzer	GA	No
220	Investigation of Alfvenic Activity and Resultant Fast Ion Transport with Low NBI Power	Energetic Particles	Michael Van Zeeland	GA	Yes
221	Investigate Impact of ECH on Alfvenic Activity	Energetic Particles	Michael Van Zeeland	GA	Yes
222	Reduced beta hybrid/AI plasmas and the transition to ELM-free VH-mode-like operation	Core Integration (Advanced Inductive)	Pete Politzer	GA	No
223	Noninductive, high betap plasmas �?? lower q95	Fully Noninductive High Beta Operation	Pete Politzer	GA	No
224	Noninductive, high betap plasmas �?? broadband MHD and confinement	Fully Noninductive High Beta Operation	Pete Politzer	GA	No
225	Edge Ti (rotation) disturbance with residual stable RWM activity	Rotation Physics	Michio Okabayashi	PPPL	Yes
226	Density, Bt, and Ip dependence of toroidal rotation effect on L-H transition power threshold	Transport	Guiding Wang	UC, Los Angeles	No
227	Inter-machine comparisons for heat flux scaling	Thermal Transport in the Plasma Boundary	Charles Lasnier	LLNL	Yes
228	Optimization of combined Dynamic Error Field Correction and Direct RWM Feedback at Low Rotation	RWM Physics	Michio Okabayashi	PPPL	Yes
229	Beam Ion Excitation of Beta Induced Alfvenic Acoustic Eigenmodes	Energetic Particles	Nikolai Gorelenkov	PPPL	Yes
230	Modulated ECCD for 2/1 NTM suppression	NTM Stabilization	Anders Welander	GA	Yes
231	Hydrogen Confinement at Low Rotation	Hydrogen Discharges	Steve Allen	LLNL	No
232	Rho-star scan for transport validation studies	Transport Model Validation	Christopher Holland	UC, San Diego	Yes
233	ELM control in hybrid discharges	ELM Control & Pedestal Physics	Steve Allen	LLNL	No
234	Mach number scan for transport validation studies	Transport Model Validation	Christopher Holland	UC, San Diego	Yes
235	nu-star scan for transport validation studies	Transport Model Validation	Christopher Holland	UC, San Diego	Yes
236	Grad-Ti/Stiffness scan for transport validation studies	Transport Model Validation	Christopher Holland	UC, San Diego	Yes
237	Feedback Controlled Radiative Divertor	Boundary	Steve Allen	LLNL	No
238	Search for long-range correlations and non-local behavior in turbulence dynamics	Transport	Christopher Holland	UC, San Diego	Yes
239	Scaling of SOL heat flux	Thermal Transport in the Plasma Boundary	Charles Lasnier	LLNL	No
240	B-Stark Validation Using Deuterium Beams	General IP	Novimir Pablant	UC, San Diego	No
241	Evaluation of effect of double-layer Faraday screen on rf voltage standoff in ELMing H-mode	Heating & Current Drive	Robert I. Pinsker	GA	Yes
242	Beta Scaling of turbulence and transport in low-rotation H-Mode Plasmas	Transport Model Validation	George R. McKee	U of Wisconsin, Madison	Yes
243	Assess sensitivity of ITER demonstration discharges to variations in key physics parameters	ITER Demonstration Discharges	Edward Doyle	UC, Los Angeles	Yes
244	B-Stark Validation Using Hydrogen Beams	Hydrogen Discharges	Novimir Pablant	UC, San Diego	Yes
245	Real time disruption detection/mitigation	Disruptions	Michael Walker	GA	No
246	Improve empirical error correction for right-handed plasmas	Error Fields	Michael J. Schaffer	GA	No
247	BetaN=5 for 2 seconds	Core Integration (Steady-State Scenario)	Andrea M. Garofalo	Columbia U	No
248	Internal Structure of n=1 MHD Activity in Low Rotation Plasma	Rotation Physics	Ioan N. Bogatu	FAR-TECH, Inc.	Yes
249	Determination of intrinsic rotation using torque ramps	Rotation Physics	Wayne M. Solomon	PPPL	No
250	H-mode transition assisted by edge ECH	Transport	Ron Prater	GA	No
251	Dependence of intrinsic rotation on applied error field	Rotation Physics	Wayne M. Solomon	PPPL	Yes
252	Test of toroidal momentum pinch model	Rotation Physics	Wayne M. Solomon	PPPL	No
253	Main ion rotation studies	Rotation Physics	Wayne M. Solomon	PPPL	No
254	Rotation studies in the absence of Alfven Eigenmodes	Rotation Physics	Wayne M. Solomon	PPPL	No
255	Role of turbulent momentum transport for intrinsic rotation	Rotation Physics	Stefan Muller	UC, San Diego	Yes
256	Turbulence characteristics in edge pedestal and its correlation with pedestal structure evolution from L-H transition to the first ELM	ELM Control & Pedestal Physics	Guiding Wang	UC, Los Angeles	No
257	Poloidal rotation as a function of toroidal rotation	Rotation Physics	Wayne M. Solomon	PPPL	No
258	Measurement of radial profile and radial propagation of density perturbations due to EHO in QH plasmas	ELM Control & Pedestal Physics	Guiding Wang	UC, Los Angeles	No
259	Effect of aspect ratio on momentum confinement	Rotation Physics	Wayne M. Solomon	PPPL	No
260	Poloidal spin up of plasma using off-axis neutral beam injection	Transport	Wayne M. Solomon	PPPL	No
261	Poloidal rotation comparison between forward & reverse Bt	Transport	Wayne M. Solomon	PPPL	No
262	Validation of GYRO	Transport Model Validation	Ron Prater	GA	No
263	Direct Measurement of E_rad Corrugation at Rational Surfaces	Transport	C. Craig Petty	GA	No
264	Simultaneous measurement of density and temperature fluctuation level and radial correlation length in both low and high field side of L-mode plasmas	Transport Model Validation	Guiding Wang	UC, Los Angeles	No
265	Poloidal rotation comparison between forward & reverse Ip	Transport	Wayne M. Solomon	PPPL	No
266	"burning plasma" control	General PCO	Phil Snyder	GA	No
267	Eigenmode model-based n=1 RWM feedback control	Model based Control	Yongkyoon In	FARTECH, Inc.	Yes
268	Study of turbulence effects on anomalous particle and momentum pinches	Transport	Lei Zeng	UC, Los Angeles	No
269	Enhanced erosion from deuterium saturated materials during ELMs	Hydrogenic Retention	Karl Umstadter	UC, San Diego	No
270	Simultaneous correction of B-coil bus and F-coil offset errors	Error Fields	Michael J. Schaffer	GA	No
271	ECH Modification and Control of Pedestal Profiles	ELM Control & Pedestal Physics	Phil Snyder	GA	No
272	Hydrogen Isotope Scaling of Turbulence and Transport	Transport Model Validation	George R. McKee	U of Wisconsin, Madison	Yes
273	Simultaneous correction of B-coil bus and F-coil offset errors	Error Fields	Michael J. Schaffer	GA	No
274	Edge current measurement	ELM Control & Pedestal Physics	Phil Snyder	GA	No
275	Optimization w.r.t. plasma rotation of the error field correction from I-coil	Error Fields	Andrea M. Garofalo	Columbia U	No
276	Pedestal width in Hydrogen discharges	Hydrogen Discharges	Phil Snyder	GA	No
277	Test of Neoclassical Toroidal Viscosity theory using modulated I-coil currents	Rotation Physics	Keith Burrell	GA	Yes
278	Density pump-out studies in USN divertored, RMP discharges	ELM Control & Pedestal Physics	Zeke Unterberg	ORISE/ORNL	No
279	Extrapolation of H-modes and Hybrids to ITER	ITER Demonstration Discharges	C. Craig Petty	GA	No
280	DiMES Investigation of Helium Plasma Induced Nanostructured Morphology on Tungsten	Boundary	Matthew Baldwin	UC, San Diego	Yes
281	Production of a Mass gradient in DIII-D Discharges	Hydrogen Discharges	Jim Leuer	GA	No
282	Test J-K Park theory of tokamak error field correction	Error Fields	Michael J. Schaffer	GA	No
284	Test contribution of edge ion orbit loss to intrinsic toroidal rotation	Rotation Physics	Keith Burrell	GA	No
288	Measurement of internal structure of RFA	RWM Physics	Andrea M. Garofalo	Columbia U	No
289	Main ion poloidal rotation measurements in helium plasmas	Rotation Physics	Keith Burrell	GA	No
290	Develop an L-mode error correction test plasma	Error Fields	Michael J. Schaffer	GA	No
291	Prompt torque and zonal flow damping	Rotation Physics	Keith Burrell	GA	Yes
292	ELM suppression with I-coil error correction	ELM Control & Pedestal Physics	Michael J. Schaffer	GA	No
293	Minimum Contact Startup in DIII-D	Model based Control	Jim Leuer	GA	No
294	Search for Structures Predicted in RMP ELM control modeing	ELM Control & Pedestal Physics	Richard A. Moyer	UC, San Diego	Yes
295	ELM suppression by single-row coil sets	ELM Control & Pedestal Physics	Michael J. Schaffer	GA	No
296	Test neoclassical poloidal rotation prediction as a function of toroidal rotation speed	Rotation Physics	Keith Burrell	GA	No
297	Effect of Error Fields and RMPs on H-mode power threshold and transport barrier	Transport	Richard A. Moyer	UC, San Diego	Yes
298	Balance between FW edge absorption by far-field sheaths and central absorption	Heating & Current Drive	Robert I. Pinsker	GA	No
299	QH-mode studies as a function of edge rotation	ELM Control & Pedestal Physics	Keith Burrell	GA	No
300	QH-mode with co-injected neutral beams	ELM Control & Pedestal Physics	Keith Burrell	GA	No
301	Does RMP ELM suppression have hysteresis?	ELM Control & Pedestal Physics	Michael J. Schaffer	GA	No
302	Diagnostic spatial cross calibration using edge sweeps in QH-mode	ELM Control & Pedestal Physics	Keith Burrell	GA	No
303	RF sustained QH-mode	ELM Control & Pedestal Physics	Keith Burrell	GA	No
304	Turbulence spreading experiment in plasma core	Transport Model Validation	Keith Burrell	GA	No
305	Turbulence spreading experiment in the plasma edge	Transport Model Validation	Keith Burrell	GA	No
306	Completion of MP 2007-01-02: Investigate direct effect of RMP on ELM Stability	ELM Control & Pedestal Physics	Richard A. Moyer	UC, San Diego	Yes
307	ELM suppression by multi-harmonic RMPs	ELM Control & Pedestal Physics	Michael J. Schaffer	GA	No
308	Resonant vs non-resonant braking	Rotation Physics	Andrea M. Garofalo	Columbia U	Yes
309	Simple as possible fast-ion transport by TAEs	Energetic Particles	William W. Heidbrink	UC, Irvine	Yes
310	Giant sawteeth that never crash	Energetic Particles	William W. Heidbrink	UC, Irvine	Yes
311	Off-axis NBCD with a small, upward-shifted plasma	Core Integration (Steady-State Scenario)	Masanori Murakami	ORNL	Yes
312	test off-axis NBI with a small, upward-shifted plasma	Heating & Current Drive	Masanori Murakami	ORNL	No
313	Extend full noninductive, high performance operation	Core Integration (Steady-State Scenario)	Masanori Murakami	ORNL	Yes
314	ITER steady state scenario demonstration	ITER Demonstration Discharges	Masanori Murakami	ORNL	No
315	L-mode RMP thermal footprint	Thermal Transport in the Plasma Boundary	Michael J. Schaffer	GA	No
316	effect of toroidal rotation on sawtooth period	Stability	Ed Lazarus	ORNL	No
317	localized heating in the sawtooth region in oval plamas	Transport Model Validation	Ed Lazarus	ORNL	No
318	Bean & Oval Sawteeth without fast ions	Stability	Ed Lazarus	ORNL	No
319	Stochastic thermal transport in DND	Thermal Transport in the Plasma Boundary	Michael J. Schaffer	GA	No
320	Control VH-mode density rise by RMP	General FS	Michael J. Schaffer	GA	No
321	RWM feedback control in ITER-like low rotation plasmas	RWM Physics	Ted Strait	GA	Yes
322	Dynamic error field control for ITER	Error Fields	Ted Strait	GA	Yes
323	Separating role of E x B and magnetic shear in stabilization of turbulence (DOE Milestone 166)	Transport Model Validation	Keith Burrell	GA	No
324	Dependence of non-resonant magnetic braking on nu_i and v_phi profile	Rotation Physics	Steven A. Sabbagh	Columbia U	Yes
325	Comparison of RWM stabilization physics in DIII-D and NSTX	RWM Physics	Steven A. Sabbagh	Columbia U	Yes
326	Exploring the assumptions built in the RWM models: Hu-Bettie-Manickam and MARS codes	RWM Physics	Michio Okabayashi	PPPL	No
327	Understanding the role of wall sources and sinks during RMP H-modes	ELM Control & Pedestal Physics	Todd E. Evans	GA	No
328	Fast wave heating and current drive in AT plasmas	Core Integration (Steady-State Scenario)	Masanori Murakami	ORNL	No
329	Role of ECCD in sustaining steady state NCS scenario	Core Integration (Steady-State Scenario)	Masanori Murakami	ORNL	No
330	ITER accessibility to hybrid regime using RF	ITER Demonstration Discharges	Masanori Murakami	ORNL	No
331	ITB in ITER steady state scenario	ITER Demonstration Discharges	Masanori Murakami	ORNL	No
332	Comparison of high beta_p small ELM regime in DIII-D and JT-60U	ELM Control & Pedestal Physics	Naoyuki Oyama	JAEA	No
333	Turbulence dependence on rho_* via working gas species (Hydrogen and Helium)	Transport Model Validation	Terry L. Rhodes	UC, Los Angeles	Yes
334	Deuterium and carbon SOL flows in USN plasmas using toroidally symmetric CD4 injection	Integrated Modeling	Mathias Groth	LLNL	Yes
335	Deuterium and carbon SOL flows in LSN or USN ELM-suppressed H-mode plasmas	Boundary	Mathias Groth	LLNL	No
336	Effect of core plasma rotation of deuterium and carbon SOL flows	Boundary	Mathias Groth	LLNL	No
337	Control of SOL flows by Puff & Pump	Boundary	Mathias Groth	LLNL	No
338	Carbon migration in the divertor using the C13 method	Hydrogenic Retention	Mathias Groth	LLNL	No
339	Control of the heat and particle flux in radiative divertors	General PCO	Mathias Groth	LLNL	No
340	Low triangularity, low nu*, RMP ELM control	ELM Control & Pedestal Physics	Todd E. Evans	GA	No
341	Investigation of edge ne profile, fluctuations, and particle transport during RMP	ELM Control & Pedestal Physics	Lei Zeng	UC, Los Angeles	No
342	Formation and radial propagation of ELM filament structure in DIII-D	ELM Control & Pedestal Physics	Lei Zeng	UC, Los Angeles	No
343	DiMES: Exposure of CVD diamond film	Boundary	Steven Lisgo	UKAEA	Yes
344	Search for the critical ExB velocity shear for ITG and ETG	Rotation Physics	Lei Zeng	UC, Los Angeles	No
345	Is high-k turbulence a significant contributor to the transport dynamics in the pedestal of H-mode?	Transport	Terry L. Rhodes	UC, Los Angeles	No
346	Effect of ECH on low, intermediate and high k turbulence during density pumpout	Transport	Terry L. Rhodes	UC, Los Angeles	No
347	Magnetic shear dependence of low, intermediate and high k turbulence and GK simulation predictions	Transport Model Validation	Terry L. Rhodes	UC, Los Angeles	Yes
348	Testing of VPS-W coating on Cu heat sink from ASIPP	Boundary	Clement Wong	GA	No
349	Test of importance of rotation in QH-mode using the I-coil for rotation and density control	ELM Control & Pedestal Physics	Tom Osborne	GA	No
350	Giant Sawtooth control with Alfven Eigenmodes in ITER	Energetic Particles	Gerrit J. Kramer	PPPL	No
351	Recovery of D from thick exfoliated C-codeposits mechanically or using localized thermal oxidation	Hydrogenic Retention	Peter C. Stangeby	GA ,LLNL and U of Toronto	No
352	Stabilization of Giant sawteeth by modifying the q-profile.	Energetic Particles	Gerrit J. Kramer	PPPL	No
353	Stabilization of giant sawteeth through the reduction of the fast particle pressure gradient.	Stability	Gerrit J. Kramer	PPPL	No
354	The effect of plasma rotation on core-localized Alfven eigenmodes.	Rotation Physics	Gerrit J. Kramer	PPPL	No
355	Controlling q(0) with Elipticity induced Alfven Eigenmodes in DIIID	Energetic Particles	Gerrit J. Kramer	PPPL	No
356	Measuring the contribution of the main wall to tritium retention	Hydrogenic Retention	Peter C. Stangeby	GA ,LLNL and U of Toronto	No
357	Test the feasibility of operating ITER steady-state scenario demonstration discharges in DIII-D	ITER Demonstration Discharges	John Ferron	GA	No
358	Te/Ti dependence of low, intermediate and high k turbulence	Transport	Terry L. Rhodes	UC, Los Angeles	No
359	Structure of EHO and Connection to ELM precursor	ELM Control & Pedestal Physics	Tom Osborne	GA	No
360	Variation of Bootstrap Current with Collisionality in the H-Mode Pedistal	Heating & Current Drive	Bejamin F Hudson	LLNL	Yes
361	Scaling of H-mode pedestal width with rhostar	ELM Control & Pedestal Physics	Tom Osborne	GA	No
362	Comparison of Bootstrap Current in ELMing and non-ELMing H-Modes	Heating & Current Drive	Bejamin F Hudson	LLNL	No
363	Current versus voltage control of plasma shape	General PCO	Bingjia Xiao	ASIPP	No
364	Tungsten surface treatments for thermography	Boundary	Charles Lasnier	LLNL	No
365	Visualization of 3-D SOL structures in RMP discharges	Thermal Transport in the Plasma Boundary	Neil H Brooks	GA	No
366	Effect of rotation, nonresonant field perturbation, betap, and triangularity on ELM size	ELM Control & Pedestal Physics	Tom Osborne	GA	No
367	Deuterium retention in tungsten	Hydrogenic Retention	William R. Wampler	Sandia National Laboratories	Yes
368	Dependence of C deposition and D co-deposition rates on the surface temperature	Hydrogenic Retention	Dmitry Rudakov	UC, San Diego	Yes
369	DiMES Erosion Measurements with Detached Plasmas Induced by Argon Injection	Boundary	Dmitry Rudakov	UC, San Diego	No
370	ECRH/ECCD Control of ELMs	ELM Control & Pedestal Physics	Francesco Volpe	ORAU	Yes
371	Inducing 3/2 NTMs in hybrid discharges by means of ECRH	Core Integration (Advanced Inductive)	Francesco Volpe	ORAU	Yes
372	Inducing 3/2 TM or NTM in hybrid discharges by means of modulated ECCD	Core Integration (Advanced Inductive)	Francesco Volpe	ORAU	Yes
373	Prompt turn-off of ECCD when no longer required or detrimental for NTM stabilization	NTM Stabilization	Francesco Volpe	ORAU	Yes
374	Assess optimal Error Field Correction by modulating I-coils at incommensurable frequencies	Error Fields	Francesco Volpe	ORAU	Yes
375	Test of causality: mode rotation vs. plasma rotation	Rotation Physics	Francesco Volpe	ORAU	Yes
376	RFA assisted RMP-ELM control	ELM Control & Pedestal Physics	Ilon Joseph	UC, San Diego	No
377	Beta limits for 3/2 NTM onset and locking, as a function of rotation	Rotation Physics	Francesco Volpe	ORAU	Yes
378	Counter Ip RMP-ELM suppression	ELM Control & Pedestal Physics	Ilon Joseph	UC, San Diego	No
379	Can RMP strike point-splitting spread divertor heat flux?	Thermal Transport in the Plasma Boundary	Ilon Joseph	UC, San Diego	No
380	Calibrate separatrix deformation to ideal response theory	Error Fields	Ilon Joseph	UC, San Diego	No
381	Rapid-pulse Thomson Scattering scans in initial phase of RMP discharges	Boundary	Zeke Unterberg	ORISE/ORNL	No
382	Oblique-ECE-assisted MECCD suppression of NTMs	NTM Stabilization	Francesco Volpe	ORAU	Yes
383	Simultaneous control of ELMs and RWMs	Core-Edge Integration	Francesco Volpe	ORAU	Yes
384	Preferential Locking	General IP	Francesco Volpe	ORAU	Yes
385	Sustained rotation of 2/1 for locking prevention, rotational mitigation and to assist ECCD control	NTM Stabilization	Francesco Volpe	ORAU	Yes
386	Scaling of peak divertor heat flux and heat flux profile widths during MHD free L-mode operation	Thermal Transport in the Plasma Boundary	Phil West	GA	No
387	Chamber wall materials study	Boundary	Clement Wong	GA	No
388	Type II ELMs and the Evolution of Profiles Between Type I ELMs	ELM Control & Pedestal Physics	Tom Osborne	GA	No
389	Vertical Stability Control Using C-coil and I-coil	General PCO	Dave Humphreys	GA	No
390	Measurement of RFA using the SXR Diagnostic	Error Fields	Matthew Lanctot	Columbia U	No
391	Optical Sensor for Feedback Control of Resistive Wall Modes	RWM Physics	Matthew Lanctot	Columbia U	No
392	Resonant and Non-resonant magnetic braking	Error Fields	Matthew Lanctot	Columbia U	No
393	NSTX/DIII-D simularity experiments	Energetic Particles	Eric Fredrickson	PPPL	No
394	High energy confinement, low density Type III discharges and study of Type III - Type I transition	ELM Control & Pedestal Physics	Tom Osborne	GA	No
395	Turbulence dependence on rho_* via working gas species (Hydrogen and Helium) (see transport area)	Hydrogen Discharges	Terry L. Rhodes	UC, Los Angeles	No
396	ELM interaction with main chamber wall	Boundary	Dmitry Rudakov	UC, San Diego	No
397	New ORNL pellet dropper to modify edge instability drives	Transport	Terry L. Rhodes	UC, Los Angeles	No
398	RMP pedestal transport and stability at normal density	ELM Control & Pedestal Physics	Ilon Joseph	UC, San Diego	No
399	Co-Injected QH-mode access using edge EC/ECCD	ELM Control & Pedestal Physics	Phil West	GA	No
400	Continue development of reactor optimized hybrid plasmas	Core Integration (Advanced Inductive)	Edward Doyle	UC, Los Angeles	No
401	Dedicated Experiments to Check Cross Section Correction forCER Rotation Measurements	Rotation Physics	Keith Burrell	GA	No
402	Comparison of Rotation Effects on Type I ELMing H-mode in DIII-D�??and JT-60U	ELM Control & Pedestal Physics	Yutaka Kamada	JAEA	No
403	Aspect Ratio Scaling of Core Turbulence	Transport Model Validation	Shigeyuki Kubota	UC, Los Angeles	No
404	QH mode comparison in DIII-D and JT-60U	ELM Control & Pedestal Physics	Yoshiteru Sakamoto	JAEA	No
405	Role of pedestal on global confinement in hybrid scenario: extend beta range with AUG shape	ELM Control & Pedestal Physics	Costanza Maggi	IPP Garching	No
406	Comparative study of RWM Excitation in low rotation plasmas on JT60U and DIII-D	RWM Physics	Michio Okabayashi	PPPL	No
407	ITER Mirror performance test. Active control over the deposition on the mirrors by the gas feed.	Boundary	Andrey Litnovsky	Forschungszentrum Juelich	No
408	Comparisons of L-mode and H-mode in hydrogen and deuterium	ITER Demonstration Discharges	Robert Budny	PPPL	No
409	Demonstrate TokSys to Tokamak Capability	General PCO	Mickey R. Wade	GA	No
410	Pedestal width dependence on Beta	ELM Control & Pedestal Physics	Anthony W Leonard	GA	No
411	Poloidal Asymmetry of Separatrix heat flux in H-mode	Thermal Transport in the Plasma Boundary	Anthony W Leonard	GA	No
412	Pedestal Width dependence on Grad-B Direction	ELM Control & Pedestal Physics	Anthony W Leonard	GA	No
413	RMP ELM suppression dependence on Grad-B drift direction	ELM Control & Pedestal Physics	Anthony W Leonard	GA	No
414	Studies of ITER-like castellation in DIII-D: impact of castellation shape on fuel retention in gaps	Hydrogenic Retention	Andrey Litnovsky	Forschungszentrum Juelich	Yes
415	Rapid pellets for lower density radiative divertor	Core-Edge Integration	Anthony W Leonard	GA	No
416	RWM n=1 Component Internal Structure in Low Rotation Plasma	RWM Physics	Ioan N. Bogatu	FAR-TECH, Inc.	No
417	Injection of pre-characterized dust in using DiMES	Boundary	Dmitry Rudakov	UC, San Diego	No
418	Does the Pedestasl spin the plasma?	Rotation Physics	Francis Perkins	U of Colorado	No
419	Fluid SOL model validation for helium plasmas	Integrated Modeling	Mathias Groth	LLNL	No
420	Rotation vs Ion Loss in L-H Transition Threshold	Transport	Mickey R. Wade	GA	No
421	q95 < 3 Hybrid Plasmas	ITER Demonstration Discharges	Mickey R. Wade	GA	No
422	Monitoring dust levels following entry vent	Boundary	Dmitry Rudakov	UC, San Diego	No
423	ITER shutdown with li control	ITER Startup, Shutdown, Vertical Stability	T. C. Luce	GA	No
424	Test of thermal ion ripple loss as key parameter for L-H transition	Transport	T. C. Luce	GA	No
425	Extension of advanced inductive domain to lower q95	Core Integration (Advanced Inductive)	T. C. Luce	GA	No
426	Confinement improvement or degradation with counter injection	Rotation Physics	T. C. Luce	GA	No
427	High q95 hybrid as a test of current evolution models	Core Integration (Advanced Inductive)	T. C. Luce	GA	No
428	Bootstrap fraction as a function of q_min	Core Integration (Steady-State Scenario)	T. C. Luce	GA	No
429	Relative disruption frequency of hybrid and baseline scenario	ITER Demonstration Discharges	T. C. Luce	GA	No
430	Measure rotation screening of known applied error fields	Error Fields	T. C. Luce	GA	No
431	Develop method for optimization of error field correction	Error Fields	T. C. Luce	GA	No
432	Vertical stability of ohmic plasmas in ITER shape	ITER Startup, Shutdown, Vertical Stability	T. C. Luce	GA	No
433	ELM pacing and suppression by "plasma wobbling" 'a la TCV	ELM Control & Pedestal Physics	Francesco Volpe	ORAU	Yes
434	Modulate I-coils to induce edge currents and affect/study ELMs	ELM Control & Pedestal Physics	Francesco Volpe	ORAU	Yes
435	Modulate Ip to modulate edge current above/below peeling limit	ELM Control & Pedestal Physics	Francesco Volpe	ORAU	Yes
436	Sheath factor measurement in Pisces compared with DIII-D	Thermal Transport in the Plasma Boundary	Charles Lasnier	LLNL	No
437	Study of turbulence during RMPs	ELM Control & Pedestal Physics	Jose A. Boedo	UC, San Diego	No
438	Momentum transfer across separatrix	Rotation Physics	Jose A. Boedo	UC, San Diego	No
439	SHeath physics studies	Thermal Transport in the Plasma Boundary	Jose A. Boedo	UC, San Diego	No
440	Plasma startup with compensating n=1(=3) error magnetic field components before the plasma ignition with I-coil feedback	General PCO	Michio Okabayashi	PPPL	No
441	Does the LH threshold go back up with strong ctr-NBI?	Transport	T. C. Luce	GA	No
442	Rho* scaling of the LH threshold	Transport	T. C. Luce	GA	No
443	Run hybrid plasmas to the ideal MHD limit	Core Integration (Advanced Inductive)	T. C. Luce	GA	No
444	Rho* scaling in hydrogen L mode	Hydrogen Discharges	T. C. Luce	GA	No
445	Effect of ECCD on sawteeth in H mode	Stability	T. C. Luce	GA	No
446	Hydrogen Sensor Diagnostic for DIII-D	Hydrogenic Retention	Dean Buchenauer	Sandia National Laboratories	No
447	Rho* Scaling of Alfvenic Activity Using Hydrogen Discharge	Hydrogen Discharges	Michael Van Zeeland	GA	No
448	Sensitivity of ELMs and Particle Control to Triangularity	ITER Demonstration Discharges	C. Craig Petty	GA	No
449	Target Plate Heat flux, sheath power transmission factor, and Power Accounting	Boundary	Jonathan G. Watkins	Sandia National Laboratories	No
450	Search for a window of RWM instability at high rotation	RWM Physics	Holger Reimerdes	Columbia U	No
451	Systematic study of in-situ boronization	Boundary	Clement Wong	GA	No
452	Systematic study of in-situ boronization	Boundary	Clement Wong	GA	No
453	Edge Ti (rotation) disturbance with residual stable RWM activity	RWM Physics	Michio Okabayashi	PPPL	No
454	The n=3 RFA excitation in the ELM-induced RWM by applying the n=3 extra error field	RWM Physics	Michio Okabayashi	PPPL	No
455	Tearing Mode locking avoidance with toroidal phase advance in the feedback	RWM Physics	Michio Okabayashi	PPPL	No
456	Improvement of Dynamic Error Filed Correction by Active MHD Spectroscopy approach in closed feedback	RWM Physics	Michio Okabayashi	PPPL	No
457	Plasma startup with compensating n=1(=3) error magnetic field components before the plasma ignition with I-coil feedback	RWM Physics	Michio Okabayashi	PPPL	No
458	Massive Gas Injection during Ip Rampdown	Disruptions	Tom Jernigan	ORNL	No
459	Massive Gas Injection of ECH Heated Plasma	Disruptions	Tom Jernigan	ORNL	No
460	Performance sensitivity studies of steady-state scenario (low rotation, Te~Ti)	Core Integration (Steady-State Scenario)	Edward Doyle	UC, Los Angeles	No
461	Affect of MHD stability on pedestal width at low triangularity	ELM Control & Pedestal Physics	Richard Groebner	GA	No
462	Modulated ECH to study pedestal electron thermal transport in ELM-stabilized discharges via RMP	ELM Control & Pedestal Physics	Richard Groebner	GA	No
463	Real-time q and Te profile control based on dynamical model approach	Model based Control	Didier J Mazon	CEA Cadarache	No
464	Measurement of RFA using the SXR Diagnostic	RWM Physics	Matthew Lanctot	Columbia U	No
465	Gas Puff Imaging	Boundary	Jonathan Yu	UC, San Diego	No
466	ECCD stabilization of non-rotating mode in high beta, low-torque plasmas	RWM Physics	Holger Reimerdes	Columbia U	No
467	NTM (de)stabilization by co-/ctr-ECCD in island O-/X-point	NTM Stabilization	Francesco Volpe	ORAU	No
468	Pair formation during disruptions	Disruptions	Francesco Volpe	ORAU	No
469	Prompt Beam Ion Loss Reduction & Suppression	Energetic Particles	Yubao Zhu	UC, Irvine	No
470	Experimental emulation of ITER port-plug RWM coil asymmetries	RWM Physics	Michael Walker	GA	No
471	Dependence of core rotation on dRsep	Rotation Physics	Wayne M. Solomon	PPPL	No
472	"Simple as possible" tests of TEM to ITG transitions	Transport Model Validation	Edward Doyle	UC, Los Angeles	No
473	Comparison of particle and momentum diffusivities and pinches in helium discharges	Rotation Physics	Rajesh Maingi	ORNL	No
474	L-H transition threshold with ECH induced H-modes	Transport	Edward Doyle	UC, Los Angeles	No
475	Studies of C deposition and D co-deposition in tile gaps	Hydrogenic Retention	Dmitry Rudakov	UC, San Diego	No
476	ECCD profile in presence of magnetic island	Heating & Current Drive	Ron Prater	GA	No
477	Dust Generation at Tile Leading Edges	Boundary	Phil West	GA	No
478	W Rod Armor Plasma Exposure	Boundary	Clement Wong	GA	No
479	Thermal Energy Scan for Helium MGI	Disruptions	John C. Wesley	GA	No
480	Physics and Power Threshold of Low Rotation L- to H-mode Transitions	Transport	Lothar Schmitz	UC, Los Angeles	No
481	Physics and Power Threshold of Low Rotation L- to H-mode Transitions	Transport	Lothar Schmitz	UC, Los Angeles	No
482	Test of resistive MHD linear stability threshold and saturated island structure against models	Integrated Modeling	Lang L Lao	GA	No
483	Parasitic edge losses during Fast Wave Current Drive and Heating	Heating & Current Drive	Miklos Porkolab	Mass. Inst. of Technology	No
484	The unexplored SN/DN transition zone in the SOL	Boundary	Jonathan G. Watkins	Sandia National Laboratories	No
485	Sheath Factor measurement in unbalanced Double Null	Boundary	Jonathan G. Watkins	Sandia National Laboratories	No
486	RMP fueling effect on pressure profile and ELMs	ELM Control & Pedestal Physics	Jonathan G. Watkins	Sandia National Laboratories	No
487	Target plate conditions during ELM suppression	ELM Control & Pedestal Physics	Jonathan G. Watkins	Sandia National Laboratories	No
488	Role of pedestal in beta scaling of confinement	Transport	Anthony W Leonard	GA	No
489	Relativistic effects on profile reflectometry and a new potential Te measurement	General IP	Lei Zeng	UC, Los Angeles	No
490	Optimal Density Control in Double-null and near Double-null High Performance Plasmas	Core-Edge Integration	Thomas W. Petrie	GA	No
492	Particle balance in hybrid plasmas over a full day of operations with no helium glow conditioning	Hydrogenic Retention	Phil West	GA	No
493	Does Intrinsic Rotation Depend on Beam Ions?	Rotation Physics	C. Craig Petty	GA	No
494	RWM thresholds without tearing modes	RWM Physics	Richard Buttery	UKAEA	No
495	Can n=3 fields raise n=1 error field thresholds?	Error Fields	Richard Buttery	UKAEA	No