DIII-D RESEARCH OPPORTUNITIES FORUM FOR THE 2018 EXPERIMENTAL CAMPAIGN

DIII-D RESEARCH OPPORTUNITIES FORUM FOR THE 2018 EXPERIMENTAL CAMPAIGN
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ID	Title	Research Area	Name	Affiliation	Time Req'ed	ITPA Joint Exp	ITER IO Urgent Research Task
385	Low energy NBI for efficient angular momentum injection	Torkil Jensen Award	Eidietis	GA	Yes	No	No
387	Can Pellets Completely Stabilize the deleterious 2/1 NTMs?	Torkil Jensen Award	Bardoczi	GA	Yes	No	No
502	Exploring new reactor concepts: H-mode at negative triangularity	Torkil Jensen Award	Marinoni	UCSD	Yes	No	No
375	Advanced tokamak core with Super-H pedestal	Torkil Jensen Award	Victor	LLNL	Yes	No	No
655	World first deuterium poloidal rotation measurements using main ion CER spectroscopy	Torkil Jensen Award	Haskey	PPPL	Yes	No	No
660	Poloidal rotation measurements using main ion CER spectroscopy	Thrust 4 - Rotation Physics	Haskey	PPPL	No	No	No
403	Investigate impact of energetic particles on neoclassical toroidal viscosity	Thrust 4 - Rotation Physics	Wang	PPPL	Yes	No	No
510	Turbulence and core intrinsic rotation hollowing	Thrust 4 - Rotation Physics	Stoltzfus-Dueck	PPPL	No	No	No
359	Effect of beam tangency on locking threshold	Thrust 4 - Rotation Physics	Ferraro	PPPL	No	No	No
369	Role of micro-turbulence in intrinsic rotation reversals through JET DIII-D similarity experiments	Thrust 4 - Rotation Physics	Nave	Instituto Superior Tecnico, Lisboa, Portugal	Yes	No	No
340	Improved stability of counter rotating plasmas	Thrust 4 - Rotation Physics	Victor	LLNL	Yes	No	No
366	Using up/down asymmetry to Increase the intrinsic rotation	Thrust 4 - Rotation Physics	Victor	LLNL	Yes	No	No
623	Intrinsic rotation drive and RS asymmetries with geometry. USN/LSN and poloidal variation	Thrust 4 - Rotation Physics	Boedo	UCSD	No	No	No
551	Intrinsic Rotation in a Negative Triangularity Plasma	Thrust 4 - Rotation Physics	Ashourvan	GA	No	No	No
530	Intrinsic Rotation and Core Transport in Wide Pedestal QH-Mode with Electron Heating	Thrust 4 - Rotation Physics	Ernst	Massachusetts Institute of Technology	Yes	No	No
520	Intrinsic rotation in detached divertor	Thrust 4 - Rotation Physics	Grierson	GA	No	No	No
348	Intrinsic Rotation Dependence on Plasma Shape	Thrust 4 - Rotation Physics	deGrassie	GA	No	No	No
469	Effect of neutrals on edge momentum transport	Thrust 4 - Rotation Physics	Chrystal	GA	No	No	No
585	Er dependency of NTV	Thrust 4 - Rotation Physics	Lee	National Fusion Research Institute	No	No	No
621	QH-mode similarity experiment between DIII-D and AUG with co-current beams	Thrust 3 - ELM Control	Viezzer	U of Seville	Yes	No	No
523	ELM suppression in a matched KSTAR shape with n=2 fields	Thrust 3 - ELM Control	Evans	GA	No	No	No
524	ELM suppression in a matched KSTAR shape with n=2 fields	Thrust 3 - ELM Control	Evans	GA	No	No	No
571	Imaging of the ELM suppression mechanism using MIR and ECEI	Thrust 3 - ELM Control	Zhu	UC Davis	Yes	No	No
427	Super H-mode Access by Counter Beam Injection with n=3 RMP.	Thrust 3 - ELM Control	Nazikian	GA	Yes	No	No
430	Extend broad pedestal QH regime to high power and high density	Thrust 3 - ELM Control	Nazikian	GA	Yes	No	No
420	Low n, Low Field ELM-suppression with edge ECCD	Thrust 3 - ELM Control	Logan	Columbia U	No	No	No
352	Direct comparison of ITER similar shape (ISS) and ITER baseline scenario (IBS) plasmas for RMP-ELM	Thrust 3 - ELM Control	Paz-Soldan	Columbia U	No	No	No
526	Explore rotation thresholds with variable upper triangularity	Thrust 3 - ELM Control	Paz-Soldan	Columbia U	No	No	No
417	QH-mode with zero torque throughout	Thrust 3 - ELM Control	Burrell	GA	No	No	No
480	Magnetic topology identification by dual soft X-ray camera system during non-rotating n=2 RMP	Thrust 3 - ELM Control	Du	GA	No	No	No
518	Further investigation of the saturation & underlying transport mechanism of EHO to allow ELM stable	Thrust 3 - ELM Control	Chen	GA	Yes	No	No
351	Development of the low-torque wide-pedestal QH-mode with EHO	Thrust 3 - ELM Control	Chen	GA	Yes	No	No
371	plasma response to n=2 rotating RMP with q95 scan between 4 and 6	Thrust 3 - ELM Control	Liu	GA	No	No	No
583	Effect of prompt and delayed fuel re-emission on apparent SP footprint during ELMs	Thrust 3 - ELM Control	Bykov	GA	Yes	No	No
592	Toroidally-resolved lobe dynamics in ELM-mitigated and ELM-suppressed scenarios	Thrust 3 - ELM Control	Bykov	GA	Yes	No	No
579	Wide Pedestal QH-Mode Core and Pedestal Compatibility with Electron Heating	Thrust 3 - ELM Control	Ernst	Massachusetts Institute of Technology	Yes	No	No
501	Pellet ELM pacing with field aligned tangential injection	Thrust 3 - ELM Control	Baylor	ORNL	No	No	Yes
355	Rotating n=2 fields with edge ECCD to reduce ELM suppression threshold amplitude	Thrust 3 - ELM Control	Wilcox	ORNL	Yes	No	No
487	RMP ELM mitigation and suppression in the Super H-Mode regime	Thrust 3 - ELM Control	Snyder	ORNL	Yes	No	No
541	Plasma Response and ELM Supssion Dependence on SN v DN	Thrust 3 - ELM Control	Shafer	ORNL	No	No	No
572	Imaging of the ELM suppression mechanism using MIR and ECEI	Thrust 3 - ELM Control	Zhu	UC, Davis	Yes	No	No
586	Improve pedestal of wide-pedestal QH-mode with ECH and RMP and study the effect on LCOs	Thrust 3 - ELM Control	Kumar Barada	UCLA	Yes	No	No
620	QH-mode without NBI	Thrust 3 - ELM Control	Bortolon	PPPL	No	No	No
543	ELMs and ELM mitigation during ITER relevant Ip ramp-up/down	Thrust 3 - ELM Control	Bortolon	PPPL	No	No	No
517	n=1 RMP ELM suppression with full I+C coil optimization	Thrust 3 - ELM Control	Park	PPPL	Yes	No	No
445	Effect of plasma rotation on ELM suppression threshold and density pump-out by RMPs	Thrust 3 - ELM Control	Hu	PPPL	No	No	No
563	ELM suppression with rotation control with NBI voltage	Thrust 3 - ELM Control	Kolemen	PPPL	No	No	No
466	Control with new real-time Pedestal CER system	Thrust 3 - ELM Control	Kolemen	PPPL	No	No	No
478	ELM pacing using impurity pellet injection	Thrust 3 - ELM Control	Laggner	North Carolina State	No	No	No
479	The hysteresis between the access of ELM suppression and its exit	Thrust 3 - ELM Control	Laggner	North Carolina State	Yes	No	No
663	Role of the turbulent transport due to a broadband MHD in association with a change in Er structure	Thrust 3 - ELM Control	Ono	QST	No	No	No
488	n=1 RMP ELM suppression (in conjunction with intrinsic error fields, phasing and shape dependence)	Thrust 3 - ELM Control	In	Ulsan National Institute of Science and Technolog	Yes	No	No
560	Understanding divertor closure's effect on power dissipation and radiation by impurity seeding	Thrust 2 - Divertor Development	Casali	U of Tennessee, Knoxville	No	No	No
561	Understanding divertor closure's effect on SOL impurity transport	Thrust 2 - Divertor Development	Casali	U of Tennessee, Knoxville	No	No	No
644	Impact of main ion dilution on core and edge turbulence and transport in high performance IBSs	Thrust 2 - Divertor Development	Marinoni	UCSD	No	No	No
527	Comparison of pumping with private flux and shared flux pumping in attached and detached plasmas	Thrust 2 - Divertor Development	Luce	ITER Organization	No	No	No
544	Detachment dependence on neutral pressure in the SAS divertor	Thrust 2 - Divertor Development	Shafer	ORNL	No	No	No
678	Characterizing misalignment between SAS and magnetic field	Thrust 2 - Divertor Development	Moser	GA	No	No	No
569	Effect of SAS divertor on pedestal	Thrust 2 - Divertor Development	Moser	GA	No	No	No
635	Convex mirror on DiMES to view upper SAS	Thrust 2 - Divertor Development	Bykov	GA	No	No	No
627	Impact of siliconization on SAS divertor performance	Thrust 2 - Divertor Development	Abrams	GA	Yes	No	No
398	Magnetic Balance Combined with Divertor Closure and Its Effect on Radiating Diverter Performance	Thrust 2 - Divertor Development	Petrie	GA	No	No	No
401	The Most Effective Radiating Divertor That DIII-D Can Presently Make in the DN Shape	Thrust 2 - Divertor Development	Petrie	GA	No	No	No
677	Effect of RMP application on the dissipative divertor regime	Thrust 2 - Divertor Development	Schmitz	UW Madison	No	Yes	Yes
630	ELM suppression in the SAS	Thrust 2 - Divertor Development	Nazikian	GA	Yes	No	No
587	SAS meets DN	Thrust 2 - Divertor Development	Thomas	GA	No	No	No
464	Assessing the importance of intrinsic carbon radiation and D2 molecules in SAS 1 power dissipation	Thrust 2 - Divertor Development	Covele	GA	Yes	No	No
460	Detachment facilitation with flux expansion in the SAS 1 slot	Thrust 2 - Divertor Development	Covele	GA	Yes	No	No
426	Extend robust ELM suppression to the Q=10 ITER baseline scenario.	Thrust 1 - ITER Q=10 (Inductive Scenarios)	Nazikian	GA	Yes	Yes	No
626	RMP ELM suppression in the IBS with radiating divertor by Ar injection	Thrust 1 - ITER Q=10 (Inductive Scenarios)	Turco	Columbia U	Yes	Yes	No
512	Effect of EC location and heat/CD on the confinement and stability of the IBS	Thrust 1 - ITER Q=10 (Inductive Scenarios)	Turco	Columbia U	Yes	No	No
449	Exploit and explore the new stable zero torque ITER Baseline Scenario	Thrust 1 - ITER Q=10 (Inductive Scenarios)	Turco	Columbia U	Yes	No	No
450	Stable zero torque IBS with dominant e- heating and low collisionality	Thrust 1 - ITER Q=10 (Inductive Scenarios)	Turco	Columbia U	Yes	No	No
451	ITER Baseline Scenario with zero and negative rotation	Thrust 1 - ITER Q=10 (Inductive Scenarios)	Turco	Columbia U	Yes	No	No
353	Increase normalized beta of torque-free 3rd harmonic EC heated ITER baseline scenario plasmas	Thrust 1 - ITER Q=10 (Inductive Scenarios)	Paz-Soldan	Columbia U	No	No	No
368	Get Advance Inductive QH Mode to Zero Torque	Thrust 1 - ITER Q=10 (Inductive Scenarios)	Buttery	GA	Yes	No	No
399	Access and control of QH-mode in IBS at low NBI torque	Thrust 1 - ITER Q=10 (Inductive Scenarios)	Garofalo	GA	Yes	No	Yes
553	Test compatibility of radiative divertor with QH-mode	Thrust 1 - ITER Q=10 (Inductive Scenarios)	Garofalo	GA	Yes	No	No
528	ECCD-induced ELM suppression in low-torque ITER-baseline scenario	Thrust 1 - ITER Q=10 (Inductive Scenarios)	Lyons	GA	Yes	No	No
636	Safety Factor Profile Optimization of Wide Pedestal QH-Mode for Electron Heating	Thrust 1 - ITER Q=10 (Inductive Scenarios)	Ernst	Massachusetts Institute of Technology	Yes	No	No
648	Extend Zero Torque Wide Pedestal QH-Mode Operation to IBS Parameters	Thrust 1 - ITER Q=10 (Inductive Scenarios)	Ernst	Massachusetts Institute of Technology	Yes	No	No
419	Search for path towards zero torque QH-mode for IBS and scaling of critical ExB shear requirements	Thrust 1 - ITER Q=10 (Inductive Scenarios)	Wilks	Massachusetts Institute of Technology	Yes	No	No
625	Measuring the effect of edge Z effective on RMP ELM suppression via impurity injection	Thrust 1 - ITER Q=10 (Inductive Scenarios)	Weisberg	GA	No	No	No
452	ITER Baseline Scenario at Zero and Negative Rotation	Thrust 1 - ITER Q=10 (Inductive Scenarios)	Luce	ITER Organization	No	Yes	No
611	Radiative divertor solutions in the ITER baseline scenario	Thrust 1 - ITER Q=10 (Inductive Scenarios)	Luce	ITER Organization	No	Yes	No
500	Test advanced inductive performance vs q95 at fixed B	Thrust 1 - ITER Q=10 (Inductive Scenarios)	Luce	ITER Organization	No	No	No
505	Revisit zero torque advanced inductive scenario	Thrust 1 - ITER Q=10 (Inductive Scenarios)	Luce	ITER Organization	No	No	No
557	Controlling the plasma edge rotation for QH-mode access	Thrust 1 - ITER Q=10 (Inductive Scenarios)	Kolemen	PPPL	No	No	No
442	Stability of Plasma with Derivative of Current Profile Equal to zero	Thrust 1 - ITER Q=10 (Inductive Scenarios)	Kolemen	PPPL	No	No	No
647	ELMs and ELM pacing in an ITER-baseline without NBI	Thrust 1 - ITER Q=10 (Inductive Scenarios)	Bortolon	PPPL	No	No	No
519	ELM suppression in the low torque IBS using rotating n=2 fields	Thrust 1 - ITER Q=10 (Inductive Scenarios)	Wang	PPPL	Yes	No	No
410	Characterize the pedestal particle transport induced by RMP	PE - Pedestal/SOL Physics and Pedestal Optimization	Diallo	PPPL	No	No	No
605	Validate EPED and Eich's ELM model in He plasmas	PE - Pedestal/SOL Physics and Pedestal Optimization	Bortolon	PPPL	No	No	No
672	Understanding the physics of RMP density pump-out	PE - Pedestal/SOL Physics and Pedestal Optimization	Sung	KAIST	No	No	No
582	Sustain and investigate EDA H-mode regime at near zero torque	PE - Pedestal/SOL Physics and Pedestal Optimization	Kumar Barada	UCLA	Yes	No	No
506	Reproduce past IBS He plasmas in D to compare H-mode characteristics for ITER	PE - Pedestal/SOL Physics and Pedestal Optimization	Marinoni	UCSD	No	No	No
619	Study of ELM Dynamics using Fast Main-Ion CER	PE - Pedestal/SOL Physics and Pedestal Optimization	Ashourvan	GA	No	No	No
421	Impact of shape and q95 on QH-mode EHO behavior	PE - Pedestal/SOL Physics and Pedestal Optimization	Wilks	Massachusetts Institute of Technology	Yes	No	No
486	Super H-Mode Pedestal Optimization: Effect of fuelling source, density and current	PE - Pedestal/SOL Physics and Pedestal Optimization	Snyder	ORNL	Yes	No	No
631	Further investigation of the saturation & underlying transport mechanism of EHO to allow ELM stable	PE - Pedestal/SOL Physics and Pedestal Optimization	Chen	GA	No	No	No
367	ELM studies close to LH boundary	PE - Pedestal/SOL Physics and Pedestal Optimization	Knolker	GA	Yes	Yes	No
467	The effects of divertor detachment on pedestal width scaling	PE - Pedestal/SOL Physics and Pedestal Optimization	Wang	GA	Yes	No	No
444	Displacement between the density and temperature pedestal	PE - Pedestal/SOL Physics and Pedestal Optimization	Wang	GA	Yes	No	No
492	Does the edge localized pedestal particle source directly effect pedestal structure	PE - Pedestal/SOL Physics and Pedestal Optimization	Osborne	GA	No	No	No
354	Pedestal Stability in ELM free ECH H-mode	PE - Pedestal/SOL Physics and Pedestal Optimization	Chrystal	GA	No	No	No
370	Control of the inter-ELM pedestal fluctuations	PE - Pedestal/SOL Physics and Pedestal Optimization	Laggner	Princeton Universtiy	Yes	No	No
411	Characterize the pedestal particle transport induced by RMP	PE - Pedestal/SOL Physics and Pedestal Optimization	Diallo	PPPL	No	No	No
493	I-mode identity experiment on DIII-D and ASDEX Upgrade: access, performance and transport	PE - Pedestal/SOL Physics and Pedestal Optimization	Happel	Max-Planck-Institut f�?¼r Plasmaphysik	Yes	Yes	No
494	I-mode identity experiment on DIII-D and ASDEX Upgrade: access, performance and transport	PE - Pedestal/SOL Physics and Pedestal Optimization	Happel	Max-Planck-Institut f�?¼r Plasmaphysik	Yes	Yes	No
409	Isotope scaling at fixed grad-te	General Physics	scott	PPPL	Yes	No	No
640	Aimed visible/NIR spectroscopy for measurement of impurity flux from natural hot spots	General Physics	Bykov	GA	Yes	No	No
614	Non thermal contribution to MWIR during ELMs, disruptions and in detachment (ROF2017 #177)	General Physics	Bykov	GA	No	No	No
670	Validation of high-Z dust ablation models in edge plasma	General Physics	Guterl	GA	Yes	No	No
675	Compare Er measured by DBS and CER in important DIII-D plasmas	General Physics	Kumar Barada	UCLA	Yes	No	No
338	Welcome to the 2018 ROF - note you don't need to re-enter last year's proposals	General Physics	Fenstermacher	LLNL	No	No	No
549	Helium Campain 2018	General Physics	Samuell	LLNL	Yes	No	No
491	Boron and Boron Carbide granule injection for real time wall conditioning	General Physics	Lunsford	PPPL	No	No	No
578	Establish in-shot boronization for low collisionality operation	General Physics	Bortolon	PPPL	No	No	No
535	Extend fully non-inductive high betap scenario to Ip~1MA towards Q=5 mission of ITER	EAST - Scenarios and Transport	Huang	ASIPP	Yes	No	No
436	Development of high betaP scenario with active pedestal control	EAST - Scenarios and Transport	Qian	ASIPP	No	No	No
437	Exploration of Fully Non-inductive High �?²p Scenarios with QH-mode Edge	EAST - Scenarios and Transport	Qian	ASIPP	No	No	No
628	Understanding the limits of confinement from internal transport barriers	EAST - Scenarios and Transport	McClenaghan	GA	No	No	No
485	Investigate the Turbulence Suppression in High Betap Plasmas when Te is Close to Ti	EAST - Scenarios and Transport	Ding	GA	Yes	No	No
361	RMP ELM suppression in the high betaP scenario at lower q95	EAST - Control and Stability	Weisberg	GA	No	No	No
552	Understanding W edge transport via introducing a well-defined W source	EAST - Boundary	Ding	ASIPP	Yes	No	No
642	Testing and control of radiation divertor with neon and argon seeding in high beta_p scenario	EAST - Boundary	Wang	ASIPP	Yes	No	No
622	Effect of divertor turbulence on upstream pedestal/SOL	DDS - Turbulence	Boedo	UCSD	No	No	No
390	Study properties of the singularity that is the X-point	DDS - Turbulence	Boedo	UCSD	No	No	No
391	Turbulnce in detaching and detached divertor	DDS - Turbulence	Boedo	UCSD	No	No	No
607	Effect on SEE on Langmuir probe measurements in the SOL	DDS - Turbulence	Rudakov	UCSD	No	No	No
468	Enhanced quasi-coherent fluctuations and associated transport in detached plasmas	DDS - Turbulence	Wang	GA	No	No	No
472	Effects of radiative fluctuations and current convective instability on detachment	DDS - Turbulence	Guterl	GA	Yes	No	No
343	Mapping the Te cliff using detachment control	DDS - Drifts and Flows	Eldon	GA	No	No	No
344	Search for Te cliff at inner strike point in reverse Bt	DDS - Drifts and Flows	Eldon	GA	No	No	No
661	Effect of pumping on secondary strike point	DDS - Drifts and Flows	Eldon	GA	No	No	No
584	Divertor detachment in closed divertor with unfavorable Bt	DDS - Drifts and Flows	Wang	GA	No	No	No
392	DIvertor and pedestal flows in attached and detached plasmas	DDS - Drifts and Flows	Boedo	UCSD	No	No	No
393	ExB drifts in detached divertor and X-point	DDS - Drifts and Flows	Boedo	UCSD	No	No	No
577	Characterize upstream SOL impurity transport in attached/detached divertor	DDS - Drifts and Flows	Bortolon	PPPL	No	No	No
547	Long range impurity transport in the H-mode scrape off layer	DDS - Drifts and Flows	Samuell	LLNL	Yes	No	No
548	Characterizing Detachment in H-mode Helium Plasmas	DDS - Dissipation	Samuell	LLNL	Yes	No	No
633	Scaling of Detachment and Radiative Divertor with SOL heat flux	DDS - Dissipation	Jarvinen	VTT Technical Research Centre	No	No	No
463	Impurity Assisted Detachment in Moderate to High Density Conditions	DDS - Dissipation	Jarvinen	VTT Technical Research Centre	Yes	No	No
454	Scaling of Detachment Front Structure with IP, BT, Heating Power, and X-point Height	DDS - Dissipation	Jarvinen	VTT Technical Research Centre	Yes	No	No
539	Detachment physics of Helium H-modes	DDS - Dissipation	Canik	ORNL	No	No	No
339	Detachment onset density vs. 3D field strength	DDS - Dissipation	Eldon	GA	No	No	No
341	Detachment control with neon	DDS - Dissipation	Eldon	GA	No	No	No
381	Combined detachment + radiated power control	DDS - Dissipation	Eldon	GA	No	No	No
634	Measuring poloidal variations of cross-field transport in the DIII-D SOL	DDS - Dissipation	Covele	GA	No	No	No
588	Detachment Study using the Progressive Angle Divertor	DDS - Dissipation	Thomas	GA	No	No	No
555	Helium plasma detachment behavior in closed divertor	DDS - Dissipation	Meier	Zap Energy Inc.	No	No	No
416	ramp-up optimization for access to high qmin SS	D&C - Steady State Scenarios	Maria Poli	PPPL	No	No	No
425	Extend ELM suppression to DN Hybrid Fully Non-Inductive plasmas	D&C - Steady State Scenarios	Nazikian	GA	Yes	No	No
580	Steady-state hybrids with higher ideal MHD limits	D&C - Steady State Scenarios	Turco	Columbia U	Yes	No	No
522	Optimum EC and CD location in high betaN hybrids	D&C - Steady State Scenarios	Turco	Columbia U	Yes	No	No
484	High Pedestal in Hybrid Scenario With Unfavorable Grad-B Drift Direction	D&C - Steady State Scenarios	Petty	GA	No	No	No
503	Avoidance of TM during target formation of high beta, high qmin scenarios	D&C - Steady State Scenarios	Park	ORNL	Yes	No	No
498	High qmin, high beta in smaller shape	D&C - Steady State Scenarios	Park	ORNL	Yes	No	No
509	Optimum current profile for the integrated core/pedestal performance	D&C - Steady State Scenarios	Park	ORNL	No	No	No
521	Reduce AE induced EP transport in high q-min steady state scenarios with AE control tools	D&C - Steady State Scenarios	Collins	ORNL	Yes	Yes	No
499	Document and reduce fast-ion transport in steady-state scenarios	D&C - Steady State Scenarios	Thome	GA	Yes	No	No
376	Super H-mode with broader current density profile	D&C - Steady State Scenarios	Victor	LLNL	Yes	No	No
379	Test stability and confinement of qmin>2, q95<7 steady-state scenario	D&C - Steady State Scenarios	Holcomb	LLNL	Yes	No	No
378	Increase beta_n in high qmin plasmas with variable voltage beams	D&C - Steady State Scenarios	Victor	LLNL	Yes	No	No
380	Improved stability of high qmin plasmas through feedback control of the loop voltage profile	D&C - Steady State Scenarios	Victor	LLNL	Yes	No	No
497	Test of effect of wall stabilization	D&C - Steady State Scenarios	Luce	ITER Organization	No	No	No
632	AE control by ECH and NB voltage variation	D&C - Plasma Control	Hu	ASIPP	No	No	No
513	Develop Safe Rampdown for Plasmas with High Radiative Fraction	D&C - Plasma Control	Luce	ITER Organization	No	Yes	No
413	Ramp-down (dedicated+piggyback) survey for disruption avoidance	D&C - Plasma Control	Barr	GA	No	No	No
595	Integrated Current Profile Control and NTM Stabilization Demonstration	D&C - Plasma Control	Schuster	Lehigh U	No	No	No
596	Further Development of Real-time Optimization for MHD-free Steady-state Operation	D&C - Plasma Control	Schuster	Lehigh U	No	No	No
597	Development of Model-based qmin Control Capability in DIII-D	D&C - Plasma Control	Schuster	Lehigh U	No	No	No
593	Development of Rotation Profile Feedback Control Capability in DIII-D	D&C - Plasma Control	Schuster	Lehigh U	No	No	No
599	Actuator Sharing and Integrated Control of Magnetic and Kinetic Plasma Parameters	D&C - Plasma Control	Schuster	Lehigh U	No	No	No
534	PCS implementation of Machine Learning algorithm for disruption prediction	D&C - Plasma Control	Rea	Massachusetts Institute of Technology	No	No	No
342	Detachment control with raw TS signals instead of analyzed Te	D&C - Plasma Control	Eldon	GA	No	No	No
575	Control/Ops Evening Test Sessions	D&C - Plasma Control	Humphreys	GA	No	No	No
408	Voltage controlled SuperSpas for plasma shape control	D&C - Plasma Control	Hyatt	GA	No	No	No
448	VFI-less Plasma operations	D&C - Plasma Control	Hyatt	GA	No	No	No
676	Shot-shot reproducibility against wall loading of impurities	D&C - Plasma Control	Eldon	GA	No	No	No
443	Langmuir probe based detachment control	D&C - Plasma Control	Eldon	GA	No	No	No
345	Detachment control performance vs. puff location	D&C - Plasma Control	Eldon	GA	No	No	No
346	Detachment control performance vs. power scans & impurity accumulation	D&C - Plasma Control	Eldon	GA	No	No	No
347	Divertor radiation control	D&C - Plasma Control	Eldon	GA	No	No	No
495	Evaluation of ITER startup scenario	D&C - Plasma Control	Walker	GA	No	No	Yes
567	Actuator sharing via control supervisor	D&C - Plasma Control	Walker	GA	No	No	Yes
373	helium startup characterization	D&C - Plasma Control	Walker	GA	No	No	Yes
459	Advanced Divertor Control Development	D&C - Plasma Control	Vail	Princeton U	No	No	No
656	Real-time Stability Analysis for Stability Control	D&C - Plasma Control	Kolemen	PPPL	No	No	No
447	Control based on Machine Learning	D&C - Plasma Control	Kolemen	PPPL	No	No	No
457	Real-time Stability Analysis for Stability Control	D&C - Plasma Control	Kolemen	PPPL	No	No	No
456	EPED-NN-based feedback control of pedestal parameters	D&C - Plasma Control	Boyer	PPPL	No	No	No
446	Feedback control of the edge rotation shear using variable beam voltage and perveance	D&C - Plasma Control	Boyer	PPPL	No	No	No
629	Feedback control of current and stored energy in non-inductive scenarios on DIII-D	D&C - Plasma Control	Boyer	PPPL	No	No	No
481	PCS setup for proposal #370	D&C - Plasma Control	Laggner	North Carolina State	No	No	No
482	PCS setup for proposal #477	D&C - Plasma Control	Laggner	North Carolina State	No	No	No
435	Disruption prediction and avoidance based on Machine Learning	D&C - Disruption Mitigation Physics	Kolemen	PPPL	No	No	No
363	Integration of Deep Learning Disruption Predictor with Plasma Control System	D&C - Disruption Mitigation Physics	Tang	PPPL	No	No	No
438	Shallow injection with shards only	D&C - Disruption Mitigation Physics	Michael	ITER Organization	No	No	Yes
439	Optimisation of multiple SPI	D&C - Disruption Mitigation Physics	Lehnen	ITER Organization	No	No	Yes
440	SPI injection into the early current quench	D&C - Disruption Mitigation Physics	Lehnen	ITER Organization	No	No	Yes
441	SPI penetration depth / assimilation efficiency	D&C - Disruption Mitigation Physics	Lehnen	ITER Organization	No	No	Yes
382	Inside-out mitigation with B & B+W shell pellets	D&C - Disruption Mitigation Physics	Eidietis	GA	Yes	No	Yes
383	Measure halo & core temperatures during type I & II VDE's	D&C - Disruption Mitigation Physics	Eidietis	GA	Yes	No	Yes
362	Effect of RMP on RE spatial gradients (in QRE)	D&C - Disruption Mitigation Physics	Paz-Soldan	Columbia U	No	No	No
372	Radiation saturation at reduced Ne quantity by order of magnitude increase in D2 inventory	D&C - Disruption Mitigation Physics	Sweeney	Massachusetts Institute of Technology	Yes	No	Yes
529	Low-current runaway electron plateau dissipation by injected impurities	D&C - Disruption Mitigation Physics	Lvovskiy	GA	No	No	No
377	ITPA Joint Experiment on gamma-ray measurements of runaway electrons	D&C - Disruption Mitigation Physics	Lvovskiy	GA	No	Yes	No
465	Superposition of dual SPIs for TQ mitigation â�?�? part 2	D&C - Disruption Mitigation Physics	Herfindal	ORNL	No	No	Yes
531	Impurity spreading physics and impact on fast shutdown properties	D&C - Disruption Mitigation Physics	Shiraki	ORNL	No	No	Yes
532	Fast shutdown with argon shattered pellet	D&C - Disruption Mitigation Physics	Shiraki	ORNL	No	No	No
404	RE plateau vertical loss rate during high-Z dissipation	D&C - Disruption Mitigation Physics	Hollmann	UCSD	No	No	No
374	Aspect ratio scaling of tearing stability	D&C - 3D and Stability Physics	Morton	U of Wisconsin	Yes	No	No
476	Onset and scaling of helical cores in hybrid plasmas	D&C - 3D and Stability Physics	Wingen	ORNL	Yes	No	No
415	n=2 Locking Threshold Scaling for ITER	D&C - 3D and Stability Physics	Logan	Columbia U	No	Yes	No
418	Quantify contribution of resistivity to external kink mode stability	D&C - 3D and Stability Physics	Hanson	Columbia U	Yes	No	No
455	PCS Optimization of DIII-D Disruptivity Reduction via Deep Learning Guidance	D&C - 3D and Stability Physics	Tang	PPPL	Yes	No	No
458	â�?�?Integration of Deep Learning Disruption Predictor with Plasma Control Systemâ�?�?	D&C - 3D and Stability Physics	Tang	PPPL	No	No	No
462	PCS Optimization of DIII-D Disruptivity Reduction via Deep Learning Guidance	D&C - 3D and Stability Physics	Kates-Harbeck	PPPL/Harvard U	Yes	No	No
431	Exploring the avoidance of NTM-locking-induced disruption in High-beta n & low-q discharges	D&C - 3D and Stability Physics	Inoue	QST	Yes	No	No
432	Double Tearing Mode Exploration in Reversed Shear Plasmas with 3D Fields.	D&C - 3D and Stability Physics	Takechi	National Institutes for Quantum and Radiological Science and Technology (QST)	Yes	No	No
473	Double Tearing Mode Exploration in Reversed Shear Plasmas with 3D Fields.	D&C - 3D and Stability Physics	Takechi	QST	No	No	No
428	Feedback control of 2/1 locked mode phase with RMP and synchronized ECCD	D&C - 3D and Stability Physics	Choi	GA	No	No	No
384	Can Pellets Stabilize NTMs?	D&C - 3D and Stability Physics	Bardoczi	GA	Yes	No	No
624	Revisiting preemptive NTM locking avoidance with improved feedback logic in high �?�?�?²N plasma	D&C - 3D and Stability Physics	Okabayashi	PPPL	No	No	No
638	Machine Learning based Disruption Prediction & Avoidance	D&C - 3D and Stability Physics	Kolemen	PPPL	No	No	No
508	Island suppression using real-time Thomson Scattering enhanced EFIT	D&C - 3D and Stability Physics	Roelofs	PPPL	No	No	No
388	Study of the thermal quench during minor disruption triggered by RMPs	D&C - 3D and Stability Physics	Hu	PPPL	Yes	No	No
386	Control of rotating NTM by ECCD + RMP	D&C - 3D and Stability Physics	Hu	PPPL	No	No	No
422	Low Torque n=1 Locking Threshold Scaling with Rotation	D&C - 3D and Stability Physics	Park	PPPL	Yes	Yes	Yes
402	Direct measurement of n=2 Multimode Stability	D&C - 3D and Stability Physics	Wang	PPPL	Yes	No	No
618	Better Physics Understanding of NTM Seeding	D&C - 3D and Stability Physics	La Haye	Retired from GA	Yes	No	No
474	Particle source location and its impact on the pedestal	Core-Edge Integration Task Force	Laggner	North Carolina State	Yes	No	No
477	Active control of enhanced confinement regimes with Low Z impurity Powder Dropping	Core-Edge Integration Task Force	Laggner	North Carolina State	Yes	No	No
609	Compatibility of advanced scenarios with silicon coated PCF	Core-Edge Integration Task Force	Bortolon	PPPL	No	No	No
550	Transport in the no man's land: how pedestal performance propagates to the core	Core-Edge Integration Task Force	Bortolon	PPPL	No	No	No
396	The Interplay of Magnetic Balance With Divertor Closure and Its Effect on Radiating Div Performance	Core-Edge Integration Task Force	Petrie	GA	Yes	No	No
525	Global confinement and edge rotation for private, strike, and common flux pumping	Core-Edge Integration Task Force	Grierson	GA	No	No	No
414	Prospects for Suppressing Impurity Buildup at the Plasma Center During ECH Heating of AT Plasmas	Core-Edge Integration Task Force	Petrie	GA	Yes	No	No
400	The Most Effective Radiating Divertor That DIII-D Can Presently Make in the DN Shape	Core-Edge Integration Task Force	Petrie	GA	No	No	No
574	Compare DN/SN vertical and shape controllability	Core-Edge Integration Task Force	Humphreys	GA	No	Yes	No
397	Stable Super H-mode with optimized pedestal density	Core-Edge Integration Task Force	Knolker	GA	Yes	No	No
581	Effect of Divertor Geometry on High-Performance Core	Core-Edge Integration Task Force	Thome	GA	Yes	No	No
594	Physics of Puff and Pump	Core-Edge Integration Task Force	Allen	LLNL	No	No	No
412	Prospects for Suppressing Impurity Buildup at the Plasma Center During ECH Heating of AT Plasmas	Core-Edge Integration Task Force	Petrie	GA	No	No	No
433	RMP ELM Suppression with Lithium Enhanced Pedestal	Core-Edge Integration Task Force	Nazikian	GA	Yes	No	No
475	Onset and scaling of helical cores in hybrid plasmas	Core-Edge Integration Task Force	Wingen	ORNL	Yes	No	No
658	RMP effects on heavy non-recycling impurity confinement and exhaust	Core-Edge Integration Task Force	Hinson	ORNL	No	No	No
358	3D boundary effects on heavy impurity removal	Core-Edge Integration Task Force	Hinson	ORNL	Yes	No	No
564	RMP effects on He confinement and exhaust	Core-Edge Integration Task Force	Hinson	ORNL	No	No	No
515	Core-Edge Investigations in the Super H and Near Super H Regime	Core-Edge Integration Task Force	Snyder	ORNL	Yes	No	No
545	Dependence of neutral pressure on detachment	Core-Edge Integration Task Force	Shafer	ORNL	No	No	No
559	Effects of divertor closure on pedestal fueling and non-diffusive transport with pellet fueling	Core-Edge Integration Task Force	Shafer	ORNL	No	No	No
516	Effect of differing edge relaxation mechanisms on global impurity confinement times	Core-Edge Integration Task Force	Hughes	Massachusetts Institute of Technology	No	Yes	No
568	Impact of medium Zi dilution of deuterium pasma on core and edge turbulence and transport	Core-Edge Integration Task Force	Porkolab	Massachusetts Institute of Technology	No	No	No
566	Impact of Divertor Conditions on Radial Electric Field at the Pedestal-SOL Boundary	Core-Edge Integration Task Force	Jarvinen	VTT Technical Research Centre	No	No	No
389	Poloidal asymmetry of RS inward momentum pinch and USN/LSN dependence	Core-Edge Integration Task Force	Boedo	UCSD	No	No	No
558	Transport alteration and confinement improvement via radiative impurity-seeding	Core-Edge Integration Task Force	McKee	U of Wisconsin	No	No	No
645	H-mode at negative triangularity as a feasibility study for future machines	Core-Edge Integration Task Force	Marinoni	UCSD	No	No	No
643	Steady-state, high beta_pol plasma utilizing the SAS divertor	Core-Edge Integration Task Force	Victor	LLNL	Yes	No	No
364	Role of divertor geometry on confinement	Core-Edge Integration Task Force	Mordijck	The college of William and Mary	No	No	No
365	High opacity SOL effect on pedestal	Core-Edge Integration Task Force	Mordijck	The college of William and Mary	No	Yes	Yes
667	Measurement of poloidal flow structures	BPP - Turbulence and Transport	Bortolon	PPPL	Yes	No	No
669	Study of Electro-Magnetic quasi-coherent fluctuation under various plasma conditions	BPP - Turbulence and Transport	Chen	UCLA	Yes	No	No
576	Understanding improved confinement in negative triangularity discharges	BPP - Turbulence and Transport	Austin	U. Texas	No	No	No
511	Investigation of loss of linear current scaling at low q95	BPP - Turbulence and Transport	Luce	ITER Organization	No	No	No
673	LH power threshold, confinement scaling and CER calibration in C plasmas	BPP - Turbulence and Transport	Marinoni	UCSD	No	No	No
674	Investigating the link between electron scale fluctuations and the ECH density pump-out	BPP - Turbulence and Transport	Marinoni	UCSD	No	No	No
507	Optimization of ELMfree high-performance plasmas at negative triangularity	BPP - Turbulence and Transport	Marinoni	UCSD	Yes	No	No
504	Exploring new reactor concepts: H-mode at negative triangularity	BPP - Turbulence and Transport	Marinoni	UCSD	Yes	No	No
657	Investigation of turbulence changes with ELM suppression by RMPs	BPP - Turbulence and Transport	Sung	KAIST	No	No	No
664	Unique Code Validation via Comparison of HFS/LFS and exploring up/down asymmetry in turbulence	BPP - Turbulence and Transport	Sung	KAIST	Yes	No	No
570	Impact of medium Zi dilution of deuterium pasma on core and edge turbulence and transport	BPP - Turbulence and Transport	Porkolab	Massachusetts Institute of Technology	No	No	No
538	Electron Temperature Profile Stiffness in Wide Pedestal QH-Mode	BPP - Turbulence and Transport	Ernst	Massachusetts Institute of Technology	Yes	No	No
429	Study of cold-pulse dynamics and 'nonlocal transport effects' using perturbative LBO injections	BPP - Turbulence and Transport	Rodriguez Fernandez	Massachusetts Institute of Technology	Yes	No	No
423	Commissioning of Laser Blow-Off (LBO) and Piggyback Studies of Impurity Transport on DIII-D	BPP - Turbulence and Transport	Howard	Massachusetts Institute of Technology	Yes	No	No
424	Studying the Ability of External Heating to Modify Impurity Transport in Reactor Scenarios	BPP - Turbulence and Transport	Howard	Massachusetts Institute of Technology	Yes	No	No
405	Investigation on core impurity transport in ITER-relevant ELM-y and QH-mode plasmas	BPP - Turbulence and Transport	Sciortino	Max-Planck Institute for Plasma Physics	Yes	No	No
406	Investigation on impurity transport and turbulence in internal transport barriers	BPP - Turbulence and Transport	Sciortino	Max-Planck Institute for Plasma Physics	No	No	No
407	Effect of Injected Torque and Current Drive on Impurity Transport	BPP - Turbulence and Transport	Sciortino	Max-Planck Institute for Plasma Physics	No	No	No
496	2D Isotope Scan for Energy Confinement	BPP - Turbulence and Transport	Thome	GA	Yes	No	No
665	H-mode impurity transport dependence on beam fueling	BPP - Turbulence and Transport	Thome	GA	No	No	Yes
668	Measurement of poloidal flow structures	BPP - Turbulence and Transport	Bortolon	PPPL	Yes	No	No
666	Validate low-k magnetic turbulence predictions relevant to the burning plasma core	BPP - Turbulence and Transport	Guttenfelder	PPPL	No	No	No
573	Understanding improved confinement in negative triangularity discharges	BPP - Turbulence and Transport	Austin	U of Texas, Austin	No	No	No
360	L-H Transitions dynamics: Impact of the beam voltage and its effects on the edge rotation shear	BPP - L-H transition	Diallo	PPPL	No	No	No
671	Pellet induced H-mode with Tangential D2 Pellet Injection	BPP - L-H transition	Baylor	ORNL	No	No	No
565	Understand effect of resonant vs non-resonant magnetic perturbations on L-H transition dynamics	BPP - L-H transition	Kriete	U of Wisconsin	Yes	No	No
434	RMP Spectrum Control to Improve H-mode Access	BPP - L-H transition	Schmitz	UCLA	No	No	No
546	Dependence of L-H power threshold on X-point height	BPP - L-H transition	Samuell	LLNL	Yes	No	No
615	3D spectrum dependence on L-H transition in DIII-D	BPP - L-H transition	Ko	National Fusion Research Institute	Yes	No	No
616	3D spectrum dependence on L-H transition in DIII-D	BPP - L-H transition	Ko	National Fusion Research Institute	Yes	No	No
395	Prospects for Suppressing Impurity Buildup at the Plasma Center During ECH Heating of AT Plasmas	BPP - Heating & Current Drive	Petrie	GA	No	No	No
514	Test DIII-D NB operation to 93 kV	BPP - Heating & Current Drive	Luce	ITER Organization	No	No	No
662	HFS LHCD Passive High Z Metallic Structure Test	BPP - Heating & Current Drive	Wukitch	Massachusetts Institute of Technology	No	No	No
533	Reduce AE induced EP transport in high q-min steady state scenarios with AE control tools	BPP - Energetic Particle Physics	Collins	ORNL	Yes	Yes	No
490	Triton Burn-up Study in DIII-D Tokamak	BPP - Energetic Particle Physics	Zhu	UC, Irvine	No	No	No
600	BAE/BAAE validation	BPP - Energetic Particle Physics	Heidbrink	UC, Irvine	No	Yes	No
601	Fast-ion transport by BAAEs	BPP - Energetic Particle Physics	Heidbrink	UC, Irvine	No	No	No
604	Resonant fast-ion transport by applied 3D fields	BPP - Energetic Particle Physics	Heidbrink	UC, Irvine	No	No	No
654	Fast-ion and AE control via externally applied 3D fields	BPP - Energetic Particle Physics	Garcia Munoz	U of Seville	No	Yes	No
471	Parametric Study of Mode Stability, Frequency, and Wave Number Dependence in Mixed Species Plasmas	BPP - Energetic Particle Physics	Tang	Oak Ridge Associated Universities	Yes	Yes	No
453	Verification of Imaging Neutral Particle Analyzer and its application to the phase-space flow study	BPP - Energetic Particle Physics	Du	GA	No	No	No
461	Investigation of runaway electron-driven magnetized plasma wave and whistler in tokamak	BPP - Energetic Particle Physics	Du	GA	No	No	No
470	Investigation of fuel recycling on tungsten in fusion-relevant conditions	AMV - Surface Evolution Science	Guterl	GA	Yes	No	No
637	ELM filament footprint in j, q_perp, Da etc. (#583 for AMV)	AMV - Surface Evolution Science	Bykov	GA	Yes	No	No
556	High-Z and textured surface arcing susceptibility	AMV - Surface Evolution Science	Jaworski	PPPL	No	No	No
602	Performance of irradiated W, SiC, and SiC/W composites as a PFC material	AMV - Surface Evolution Science	Abrams	GA	Yes	No	No
646	Density Dependence of W I & W II SXB Ratios for Improved Erosion and Redeposition Diagnosis	AMV - Surface Evolution Science	Ennis	Auburn U	No	No	No
608	Dust re-mobilization studies using DiMES	AMV - Surface Evolution Science	Rudakov	UCSD	No	No	No
349	In-situ formation of Si-C coatings on DiMES	AMV - Surface Evolution Science	Rudakov	UCSD	Yes	No	No
350	Measuring net and gross erosion rates of SiC in DIII-D divertor and main chamber	AMV - Surface Evolution Science	Rudakov	UCSD	No	No	No
606	Studies of Arcing on high-Z PFC Surfaces	AMV - Surface Evolution Science	Rudakov	UCSD	No	No	No
653	Preferential sputtering of Si or C from SiC versus temperature	AMV - Surface Evolution Science	Unterberg	ORNL	Yes	No	No
562	Measurement of local erosion/redeposition impulse function	AMV - Surface Evolution Science	Hinson	ORNL	Yes	No	No
489	Arcing threshold due to ELM deposition at the strike point and in the scrape-off layer	AMV - Surface Evolution Science	Bykov	GA	Yes	No	No
679	SiC Sputtering and Near-surface Characterization Under He Bombardment	AMV - Surface Evolution Science	Bringuier	GA	Yes	No	No
650	Influence of thin in-situ Si coatings on SOL carbon content	AMV - Material Migration and Mitigation	Unterberg	ORNL	Yes	No	No
651	Impact of gaps/trenches on high-Z material migration	AMV - Material Migration and Mitigation	Unterberg	ORNL	Yes	No	No
652	W deposition from a complete core source with shell pellets and collector probe	AMV - Material Migration and Mitigation	Unterberg	ORNL	Yes	No	No
536	Testing of a new neutral H sensor for C-X H fluxes on the wall and divertor	AMV - Material Migration and Mitigation	Barton	Sandia National Lab	No	No	No
394	Comparison of silicon and carbon erosion and migration by exposure of isotope SiC coating	AMV - Material Migration and Mitigation	Ding	ASIPP	No	No	No
610	Power loading at toroidal PFC gaps	AMV - Material Migration and Mitigation	Rudakov	UCSD	No	Yes	Yes
483	Core impurity contamination by unipolar arcing on PFCs	AMV - Material Migration and Mitigation	Bykov	GA	Yes	No	No
641	Visible spectroscopy for impurity flux from and temperature of leading edges on DiMES (#640 for AMV)	AMV - Material Migration and Mitigation	Bykov	GA	Yes	No	No
639	Measurement of 3D ion impact geometry by erosion of med-Z spherical micro particles	AMV - Material Migration and Mitigation	Bykov	GA	Yes	No	No
356	Spectroscopic analysis of SiC preferential sputtering	AMV - Material Migration and Mitigation	Abrams	GA	Yes	No	No
357	ELM-resolved measurements of high-Z re-deposition fractions	AMV - Material Migration and Mitigation	Abrams	GA	Yes	No	No
554	Boundary Ion temperature measurement based on retarding field analyzer	AMV - Material Migration and Mitigation	Ren	U of Tennessee, Knoxville	No	No	No
617	D2 re-emission from prospective materials: characterization by ro-vibrational sp. in H-mode	AMV - Innovative Materials Development	Bykov	GA	Yes	No	No
659	testing the transparent materials with DIMES	AMV - Innovative Materials Development	Pigarov	CompX	No	No	No
603	Measure D retention/recycling properties of bulk SiC versus fibrous SiC/SiC in DIII-D divertor	AMV - Innovative Materials Development	Abrams	GA	Yes	No	No
589	SiC versus SiC Composite Dimes Tests	AMV - Innovative Materials Development	Thomas	GA	No	No	No
590	Heated SiC Dimes Tests	AMV - Innovative Materials Development	Thomas	GA	No	No	No
591	Test of micrograin Mo mirror concept	AMV - Innovative Materials Development	Thomas	GA	No	No	No
613	Assessment of property changes in W, SiC and their composites exposed to D3D environments	AMV - Innovative Materials Development	Vasudevamurthy	GA	No	No	No
537	Expose UFG W to DIII-D discharges to demonstrate improved properties useful in future PFCs	AMV - Innovative Materials Development	Barton	Sandia National Lab	No	No	No
542	Effect of heated DiMES on erosion of W-alternative PFMs	AMV - Innovative Materials Development	Coburn	Sandia National Lab	No	No	No
540	Erosion Characterization of W-alternative PFMs under L-mode & H-mode using Micro-Trench Technique	AMV - Innovative Materials Development	Coburn	Sandia National Lab	Yes	No	No
649	Exposure of graphitic foam with CVI SiC coatings	AMV - Innovative Materials Development	Unterberg	ORNL	Yes	No	No
612	Variations in Thermomechanical Stability between Amorphous and Polycrystalline SiC	AMV - Innovative Materials Development	Bringuier	GA	No	No	No
598	Influence of SiC Microstructure and Texture on Sputtering	AMV - Innovative Materials Development	Bringuier	GA	No	No	No

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