Julien Dominski - Princeton Plasma Phys Lab, POB 451, Princeton, NJ 08543 USA

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Bio

Julien Dominski is a research scientist at Princeton Plasma Physics Laboratory. His interests include gyrokinetic theory and simulations, the study of tungsten transport in the edge of tokamaks, and the triggering mechanism of edge localized modes (ELMs).

Research Interests

Papers共 68 篇Author StatisticsCo-AuthorSimilar Experts

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Doubling Fusion Power with Volumetric Optimization in Magnetic Confinement Fusion Devices

J. F. Parisi,J. W. Berkery,A. Sladkomedova, S. Guizzo,M. R. Hardman, J. R. Ball,A. O. Nelson,S. M. Kaye, M. Anastopoulos-Tzanis,S. A. M. McNamara,J. Dominski,S. Janhunen,M. Romanelli,D. Dickinson,A. Diallo,A. Dnestrovskii,W. Guttenfelder, C. Hansen,O. Myatra, H. R. Wilson

Physical Review Researchno. 1 (2025): 013139

Cited0Views0Bibtex

Gyrokinetic Prediction of Core Tungsten Peaking in a WEST Plasma with Nitrogen Impurities

J. Dominski,P. Maget,P. Manas,J. Morales,S. Ku, A. Scheinberg, C. S. Chang,R. Hager, M. O'Mullane

NUCLEAR FUSIONno. 1 (2025)

Cited0Views0Bibtex

NSTX-U Research Advancing the Physics of Spherical Tokamaks

J. W. Berkery, P. O. Adebayo-Ige, H. Al Khawaldeh,G. Avdeeva,S-g. Baek,S. Banerjee,K. Barada,D. J. Battaglia,R. E. Bell,E. Belli,E. V. Belova,N. Bertelli,N. Bisai,P. T. Bonoli,M. D. Boyer,J. Butt,J. Candy,C. S. Chang,C. F. Clauser, L. D. Corona Rivera,M. Curie,P. C. de Vries,R. Diab,A. Diallo,J. Dominski,V. N. Duarte,E. D. Emdee,N. M. Ferraro,R. Fitzpatrick,E. L. Foley,E. Fredrickson,M. E. Galante,K. F. Gan,S. Gerhardt,R. Goldston,W. Guttenfelder,R. Hager, M. O. Hanson,S. C. Jardin,T. G. Jenkins,S. M. Kaye,A. Khodak,J. Kinsey,A. Kleiner,E. Kolemen,S. Ku,M. Lampert,B. Leard,B. P. LeBlanc,J. B. Lestz,F. M. Levinton,C. Liu,T. Looby,R. Lunsford,T. Macwan,R. Maingi,J. McClenaghan,J. E. Menard,S. Munaretto,M. Ono,A. Pajares, J. Parisi,J-k. Park,M. S. Parsons,B. S. Patel, Y. V. Petrov,M. Podesta,F. Poli, M. Porcelli,T. Rafiq,S. A. Sabbagh, A. Sanchez Villar,E. Schuster,J. Schwartz, A. Sharma,S. Shiraiwa,P. Sinha,D. Smith,S. Smith,V. A. Soukhanovskii,G. Staebler,E. Startsev,B. Stratton,K. E. Thome,W. Tierens,M. Tobin,I. U. Uzun-Kaymak,B. Van Compernolle,J. Wai,W. Wang,W. Wehner,A. Welander,J. Yang,V. Zamkovska, X. Zhang,X. L. Zhu,S. Zweben

Nuclear Fusion（2024）

Cited14Views0Bibtex

Core-edge Modeling of Gyrokinetic Turbulence by Coupling the Delta-F and Total-F Models in the XGC Code

P. Trivedi,J. Dominski, C. S. Chang,S. Ku, A. Scheinberg

Physics of Plasmasno. 7 (2024)

Cited1Views0Bibtex

Neoclassical Transport of Tungsten Ion Bundles in Total-F Neoclassical Gyrokinetic Simulations of a Whole-Volume JET-like Plasma

J. Dominski,C. S. Chang,R. Hager,S. Ku,E. S. Yoon,V. Parail

PHYSICS OF PLASMAS（2024）

Cited5Views0Bibtex

Global Micro-Tearing Modes in the Wide Pedestal of an NSTX Plasma

J. Dominski,W. Guttenfelder,D. Hatch,T. Goerler,F. Jenko,S. Munaretto, S. Kaye

Physics of Plasmasno. 4 (2024)

Cited3Views0Bibtex

Toward the core-edge coupling of delta-f and total-f gyrokinetic models

P. Trivedi,J. Dominski,C. S. Chang,S. Ku

PHYSICS OF PLASMAS（2022）

Cited3Views0Bibtex

First Coupled GENE–XGC Microturbulence Simulations

G. Merlo,S. Janhunen,F. Jenko,A. Bhattacharjee,C. S. Chang,J. Cheng,P. Davis,J. Dominski,K. Germaschewski,R. Hager,S. Klasky,S. Parker,E. Suchyta

Physics of Plasmas（2021）

Cited12Views0Bibtex

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