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DIII-D

DIII-D

San Diego, USA

The DIII-D National Fusion Facility is an Office of Science scientific user facility, operated by General Atomics for the U.S. Department of Energy. It is pioneering the science and innovative technology that will enable the development of nuclear fusion as an energy source for the next generation.

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#核融合73#DIII-D64#トカマク40#プラズマ物理20#ITER16#プラズマ制御14#ダイバータ13#ペデスタル11#核融合プラズマ9#プラズマ9

関連論文数 1,544 件

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ジャーナル別論文数

NF
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POP
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RSI
PRL

年別論文数推移

低精度マッチ低精度50件

低精度マッチの論文を表示する(50件)
Simultaneous stabilization and control of the n = 1 and n = 2 resistive wall mode
A.F. Battey, J.M. Hanson, J. Bialek, F. Turco, G.A. Navratil, N.C. LoganNuclear Fusion2023被引用: 1
低精度概要文一致
Application of machine learning and artificial intelligence to extend EFIT equilibrium reconstruction
L L Lao, S Kruger, C Akcay, P Balaprakash, T A Bechtel, E Howell, J Koo, J Leddy, M Leinhauser, Y Q LiuPlasma Physics and Controlled Fusion2022
低精度概要文一致
Exploring data-driven models for spatiotemporally local classification of Alfvén eigenmodes
Alan A. Kaptanoglu, Azarakhsh Jalalvand, Alvin V. Garcia, Max E. Austin, Geert Verdoolaege, Jeff Schneider, Christopher J. Hansen, Steven L. Brunton, William W. Heidbrink, Egemen Kolemen

信頼度別論文数

高精度

991

低精度

219

中精度

334

最新論文

Physics of Plasmas2026

Microtearing thresholds and second-stable ballooning in the DIII-D pedestal: Reduced modeling and core-edge implicationsOpen Access

D. R. Hatch, L. A. Leppin, M. T. Kotschenreuther, S. Houshmandyar, S. M. Mahajan, J. Schmidt, P.-Y. Li

Physics of Plasmas2026

Suppression of ion temperature gradient modes by Alfvén activity above a drive threshold in DIII-DAvailable to Purchase

X. D. Du, W. W. Heidbrink, Z. Yan, P. H. Diamond, G. R. McKee, L. Schmitz, R. Hong, M. A. Van Zeeland, K. J. Callahan, H. Q. Wang, M. E. Austin, L. Liu, J. Rueda-Rueda, D. Liu, N. Shi

Physics of Plasmas2026

Chaos as the cause of randomness in tearing mode onset times in DIII-D ITER baseline scenario plasmasOpen Access

Kitt Thomas, Laszlo Bardoczi, Kieran Gibson, Ashton C. Brown

Nuclear Fusion
2022
被引用: 5
低精度概要文一致
Modelling the Alfvén eigenmode induced fast-ion flow measured by an imaging neutral particle analyzer
J. Gonzalez-Martin, X.D. Du, W.W. Heidbrink, M.A. Van Zeeland, K. Särkimäki, A. Snicker, X. Wang, Y. TodoNuclear Fusion2022被引用: 2
低精度概要文一致
LOCUST-GPU predictions of fast-ion transport and power loads due to ELM-control coils in ITER
S.H. Ward, R. Akers, L. Li, Y.Q. Liu, A. Loarte, S.D. Pinches, A. R. Polevoi, R.G.L. Vann, M.A. Van ZeelandNuclear Fusion2022被引用: 2
低精度概要文一致
The influence of full drifts on density shoulder formation at the midplane by numerical modeling
Xuele Zhao, Chaofeng Sang, Ilya Yu. Senichenkov, Yilin Wang, Yanjie Zhang, Chen Zhang, Vladimir Rozhansky, Dezhen WangNuclear Fusion2022
低精度概要文一致
Novel internal measurements of ion cyclotron frequency range fast-ion driven modes
N.A. Crocker, S.X. Tang, K.E. Thome, J.B. Lestz, E.V. Belova, A. Zalzali, R.O. Dendy, W.A. Peebles, K.K. Barada, R. HongNuclear Fusion2022被引用: 10
低精度概要文一致
Orbit tomography of energetic particle distribution functions
L. Stagner, W.W. Heidbrink, M. Salewski, A.S. Jacobsen, B. Geiger, the DIII-D, ASDEX Upgrade TeamsNuclear Fusion2022被引用: 12
低精度概要文一致
Doubling off-axis electron cyclotron current drive efficiency via velocity space engineering
Xi Chen, C.C. Petty, J. Lohr, D. Su, R. Prater, M. Cengher, M. Austin, C. Holcomb, L. Lao, R.I. PinskerNuclear Fusion2022被引用: 4
低精度概要文一致
Toroidal modeling of runaway electron loss due to 3D fields in ITER
Yueqiang Liu, K. Aleynikova, C. Paz-Soldan, P. Aleynikov, V. Lukash, R. KhayrutdinovNuclear Fusion2022被引用: 3
低精度概要文一致
Simulation of runaway electron production with CQL3D coupled to NIMROD
Yu.V. Petrov, C.C. Kim, L.L. Lao, R.W. HarveyNuclear Fusion2022被引用: 6
低精度概要文一致
Self-consistent simulation of resistive kink instabilities with runaway electrons
Chang Liu, Chen Zhao, Stephen C Jardin, Nathaniel M Ferraro, Carlos Paz-Soldan, Yueqiang Liu, Brendan C LyonsPlasma Physics and Controlled Fusion2021
低精度概要文一致
On the stability and stationarity of the Super H-mode combined with an ion transport barrier in the core
M Knolker, T E Evans, P B Snyder, B Grierson, J Hanson, A Jaervinen, X Jian, J McClenaghan, T Osborne, C Paz-SoldanPlasma Physics and Controlled Fusion2021
低精度概要文一致
Noise suppression for MHD characterization with electron cyclotron emission imaging 1D technique
G Yu, G J Kramer, Y Zhu, X Li, Y Wang, A Diallo, Y Ren, J H Yu, Y Chen, X LiuPlasma Physics and Controlled Fusion2021
低精度概要文一致
Effect of m/n = 2/1 neoclassical tearing mode on sawtooth collapse in JT-60U
T Bando, T Wakatsuki, M Honda, A Isayama, K Shinohara, S Inoue, M Yoshida, G Matsunaga, M Takechi, N OyamaPlasma Physics and Controlled Fusion2021
低精度概要文一致
Physics and technology considerations for the deuterium–tritium fuel cycle and conditions for tritium fuel self sufficiency
Mohamed Abdou, Marco Riva, Alice Ying, Christian Day, Alberto Loarte, L.R. Baylor, Paul Humrickhouse, Thomas F. Fuerst, Seungyon ChoNuclear Fusion2021被引用: 63
低精度概要文一致
'BAAE' instabilities observed without fast ion drive
W.W. Heidbrink, M.A. Van Zeeland, M.E. Austin, A. Bierwage, Liu Chen, G.J. Choi, P. Lauber, Z. Lin, G.R. McKee, D.A. SpongNuclear Fusion2021被引用: 30
低精度概要文一致
Recent progress in shattered pellet injection technology in support of the ITER disruption mitigation system
T.E. Gebhart, L.R. Baylor, M.N. Ericson, S.J. Meitner, A.L. Qualls, D.A. RasmussenNuclear Fusion2021被引用: 15
低精度概要文一致
Neural network model of the multi-mode anomalous transport module for accelerated transport simulations
S.M. Morosohk, A. Pajares, T. Rafiq, E. SchusterNuclear Fusion2021被引用: 5
低精度概要文一致
A novel path to runaway electron mitigation via deuterium injection and current-driven MHD instability
C. Paz-Soldan, C. Reux, K. Aleynikova, P. Aleynikov, V. Bandaru, M. Beidler, N. Eidietis, Y.Q. Liu, C. Liu, A. LvovskiyNuclear Fusion2021被引用: 22
低精度概要文一致
Nonlinear dynamics and transport driven by energetic particle instabilities using a gyro-Landau closure model
D.A. Spong, M.A. Van Zeeland, W.W. Heidbrink, X. Du, J. Varela, L. Garcia, Y. GhaiNuclear Fusion2021被引用: 7
低精度概要文一致
Frequency chirping of neoclassical tearing modes by energetic ions
Huishan CaiNuclear Fusion2021被引用: 3
低精度概要文一致
Development of an integrated core–edge scenario using the super H-mode
T.M. Wilks, M. Knolker, P.B. Snyder, D. Eldon, F. Scotti, C. Chrystal, F.M. Laggner, C. Lasnier, A. Mclean, T. OsborneNuclear Fusion2021被引用: 3
低精度概要文一致
Neural-network accelerated coupled core-pedestal simulations with self-consistent transport of impurities and compatible with ITER IMAS
O. Meneghini, G. Snoep, B.C. Lyons, J. McClenaghan, C.S. Imai, B. Grierson, S.P. Smith, G.M. Staebler, P.B. Snyder, J. CandyNuclear Fusion2021被引用: 45
低精度概要文一致
Compressional Alfvén eigenmodes excited by runaway electrons
Chang Liu, Dylan P. Brennan, Andrey Lvovskiy, Carlos Paz-Soldan, Eric D. Fredrickson, Amitava BhattacharjeeNuclear Fusion2021被引用: 11
低精度概要文一致
Quasilinear critical gradient model for Alfven eigenmode driven energetic particle transport with intermittency
R.E. Waltz, E.M. Bass, C.S. Collins, K. GageNuclear Fusion2021被引用: 2
低精度概要文一致
Kinetic ballooning mode unstable in the 2nd stability regime as a possible source of the low-k broadband fluctuation observed in the wide-pedestal QH-mode
J.Y. Kim, H.S. HanNuclear Fusion2021被引用: 3
低精度概要文一致
Pedestal stability analysis on MAST in preparation for MAST-U
M. Knolker, T. Osborne, E. Belli, S. Henderson, A. Kirk, L. Kogan, S. Saarelma, P.B. SnyderNuclear Fusion2021被引用: 3
低精度概要文一致
Study of turbulence-induced refraction of lower hybrid waves using synthetic scrape-off layer filaments
Bodhi Biswas, Seung Gyou Baek, Paul Bonoli, Syunichi Shiraiwa, Gregory Wallace, Anne WhitePlasma Physics and Controlled Fusion2020
低精度概要文一致
Comparing theory and simulation of ion cyclotron emission from energetic ion populations with spherical shell and ring-beam distributions in velocity-space
B Chapman, R O Dendy, S C Chapman, L A Holland, S W A Irvine, B C G RemanPlasma Physics and Controlled Fusion2020
低精度概要文一致
Resolving the fast ion distribution from imaging neutral particle analyzer measurements
X.D. Du, M.A. Van Zeeland, W.W. Heidbrink, L. Stagner, A. Wingen, D. Lin, C.S. CollinsNuclear Fusion2020被引用: 15
低精度概要文一致
Predicting the rotation profile in ITER
C. Chrystal, B.A. Grierson, S.R. Haskey, A.C. Sontag, F.M. Poli, M.W. Shafer, J.S. deGrassieNuclear Fusion2020被引用: 17
低精度概要文一致
Setting the H-mode pedestal structure: variations of particle source location using gas puff and pellet fueling
A.O. Nelson, F.M. Laggner, R. Groebner, B.A. Grierson, O. Izacard, D. Eldon, M.W. Shafer, A. Leonard, D. Shiraki, A.C. SontagNuclear Fusion2020被引用: 12
低精度概要文一致
Transport at high and development of candidate steady state scenarios for ITER
J. McClenaghan, A.M. Garofalo, L.L. Lao, D.B. Weisberg, O. Meneghini, S.P. Smith, B.C. Lyons, G.M. Staebler, S.Y. Ding, J. HuangNuclear Fusion2020被引用: 19
低精度概要文一致
SOLPS analysis of the necessary conditions for detachment cliff
Hailong Du, Guoyao Zheng, Houyang Guo, Aaro E. Jaervinen, Xuru Duan, Xavier Bonnin, David Eldon, Dezhen WangNuclear Fusion2020被引用: 10
低精度概要文一致
Runaway electron seed formation at reactor-relevant temperature
C. Paz-Soldan, P. Aleynikov, E.M. Hollmann, A. Lvovskiy, I. Bykov, X. Du, N.W. Eidietis, D. ShirakiNuclear Fusion2020被引用: 25
低精度概要文一致
Overview of density pedestal structure: role of fueling versus transport
S. MordijckNuclear Fusion2020被引用: 31
低精度概要文一致
Creation and sustainment of wide pedestal quiescent H-mode with zero net neutral beam torque
K.H. Burrell, Xi Chen, C. Chrystal, D.R. Ernst, B.A. Grierson, S.R. Haskey, T.H. Osborne, C. Paz-Soldan, T.M. WilksNuclear Fusion2020被引用: 13
低精度概要文一致
Expanding the parameter space of the wide-pedestal QH-mode towards ITER conditions
Xi Chen, K.H. Burrell, T.H. Osborne, K. Barada, D. Ernst, B.A. Grierson, G.R. McKee, T. Odstricil, C. Paz-Soldan, C.C. PettyNuclear Fusion2020被引用: 11
低精度概要文一致
From a reflectrometry code to a 'standard' EC code to investigate the impact of the edge density fluctuations on the EC waves propagation
N Bertelli, G J Kramer, E J ValeoPlasma Physics and Controlled Fusion2019
低精度概要文一致
Kink instabilities of the post-disruption runaway electron beam at low safety factor
C Paz-Soldan, N W Eidietis, Y Q Liu, D Shiraki, A H Boozer, E M Hollmann, C C Kim, A LvovskiyPlasma Physics and Controlled Fusion2019
低精度概要文一致
Quantitative modeling of neoclassical tearing mode driven fast ion transport in integrated TRANSP simulations
L Bardóczi, M Podestà, W W Heidbrink, M A Van ZeelandPlasma Physics and Controlled Fusion2019
低精度概要文一致
Advances in neutral tungsten ultraviolet spectroscopy for the potential benefit to gross erosion diagnosis
C A Johnson, D A Ennis, S D Loch, G J Hartwell, D A Maurer, S L Allen, B S Victor, C M Samuell, T Abrams, E A UnterbergPlasma Physics and Controlled Fusion2019
低精度概要文一致
Time-dependent runaway electron simulations: Ampere–Faraday equations implemented in CQL3D
R.W. Harvey, Yu.V. Petrov, Charlson C. Kim, C.B. Forest, L.L. Lao, P.B. ParksNuclear Fusion2019被引用: 14
低精度概要文一致
A new stabilizing regime of tearing mode entrainment in the presence of a static error field
M. Okabayashi, S. Inoue, N.C. Logan, N.Z. Taylor, E.J. Strait, J. de Grassie, N. Ferraro, J. Hanson, S. Jardin, R.J. La HayeNuclear Fusion2019被引用: 4
低精度概要文一致
Controlled neoclassical tearing mode (NTM) healing by fueling pellets and its impact on electron cyclotron current drive requirements for complete NTM stabilization
L. Bardóczi, M.J. Choi, A. Bañón Navarro, D. Shiraki, R.J. La Haye, S.H. Park, M. Knölker, T.E. Evans, G.R. McKee, M. WooNuclear Fusion2019被引用: 10
低精度概要文一致
Simultaneous iterative learning control of mode entrainment and error field
W. Choi, F.A. VolpeNuclear Fusion2019被引用: 1
低精度概要文一致
High-power gyrotrons for electron cyclotron heating and current drive
M.K.A. Thumm, G.G. Denisov, K. Sakamoto, M.Q. TranNuclear Fusion2019被引用: 114
低精度概要文一致
Gyrokinetic analysis and simulation of pedestals to identify the culprits for energy losses using 'fingerprints'
M. Kotschenreuther, X. Liu, D.R. Hatch, S. Mahajan, L. Zheng, A. Diallo, R. Groebner, the DIII-D TEAM, J.C. Hillesheim, C.F. MaggiNuclear Fusion2019被引用: 82
低精度概要文一致
Robust nonlinear burn control in ITER to handle uncertainties in the fuel-line concentrations
Andres Pajares, Eugenio SchusterNuclear Fusion2019被引用: 7
低精度概要文一致
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