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pro vyhledávání: '"Parisi, Jason"'
Autor:
Curie, Max T., Larakers, Joel, Parisi, Jason, Staebler, Gary, Munaretto, Stefano, Guttenfelder, Walter, Belli, Emily, Hatch, David R., Lampert, Mate, Avdeeva, Galina, Neiser, Tom, Smith, Sterling, Diallo, Ahmed, Nelson, Oak, Kaye, Stanley, Fredrickson, Eric, Manela, Joshua M, Lei, Shelly, Halfmoon, Michael, Tennery, Matthew M, Hassan, Ehab
This article presents a survey of NSTX cases to study the microtearing mode (MTM) stabilities using the newly developed global reduced model for Slab-Like Microtearing modes (SLiM). A trained neutral network version of SLiM enables rapid assessment (
Externí odkaz:
http://arxiv.org/abs/2304.08982
Autor:
Parisi, Jason F., Parra, Felix I., Roach, Colin M., Giroud, Carine, Dorland, William, Hatch, David R., Barnes, Michael, Hillesheim, Jon C., Aiba, Nobuyuki, Ball, Justin, Ivanov, Plamen G., Contributors, JET
Local linear gyrokinetic simulations show that electron temperature gradient (ETG) instabilities are the fastest growing modes for $k_y \rho_i \gtrsim 0.1$ in the steep gradient region for a JET pedestal discharge (92174) where the electron temperatu
Externí odkaz:
http://arxiv.org/abs/2004.13634
Autor:
Parisi, Jason Francis
We present a theoretical and numerical gyrokinetic analysis of toroidal and slab ETG in JET-ILW pedestals.
Externí odkaz:
https://explore.openaire.eu/search/publication?articleId=doi_dedup___::24e80541ee106f057112d748b7d3fca9
Autor:
Parisi, Jason
Electron temperature gradient physics is shown to dominate the linear gyrokinetic spectrum in JET-ILW pedestals where the ion temperature is measured. This is predicted theoretically as a consequence of steep equilibrium temperature gradients, and su
Externí odkaz:
https://explore.openaire.eu/search/publication?articleId=doi_dedup___::80b1c44961d0e7a49d037f2b52708973
Autor:
F. Parisi, Jason, I. Parra, Felix, M. Roach, Colin, Giroud, Carine, Dorland, William, R. Hatch, David, Barnes, Michael, C. Hillesheim, Jon, Aiba, Nobuyuki, Ball, Justin, G. Ivanov, Plamen, Nobuyuki, Aiba
Publikováno v:
Nuclear Fusion. 60(12):126045
Local linear gyrokinetic simulations show that electron temperature gradient (ETG) instabilities are the fastest growing modes for kyρi ≳ 0.1 in the steep gradient region for a JET pedestal discharge (92174) where the electron temperature gradient
Akademický článek
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Autor:
Parisi, Jason F., Parra, Felix, I, Roach, Colin M., Giroud, Carine, Dorland, William, Hatch, David R., Barnes, Michael, Hillesheim, Jon C., Aiba, Nobuyuki, Ball, Justin, Ivanov, Plamen G.
Local linear gyrokinetic simulations show that electron temperature gradient (ETG) instabilities are the fastest growing modes for ky rho i greater than or similar to 0.1
Externí odkaz:
https://explore.openaire.eu/search/publication?articleId=od_______185::e33300beb8ab32ab3f51205da73b5ad1
https://infoscience.epfl.ch/record/281849
https://infoscience.epfl.ch/record/281849