Matches in SemOpenAlex for { <https://semopenalex.org/work/W3208073493> ?p ?o ?g. }
- W3208073493 endingPage "126052" @default.
- W3208073493 startingPage "126052" @default.
- W3208073493 abstract "Abstract The nonlinear resistive-kink mode in the low resistivity plasma in tokamak is investigated through the three-dimensional, toroidal, and nonlinear Hall-MHD code CLT. It is found that, without the two-fluid effect and the toroidal flow, the system can evolve into a steady-state with the saturated main m / n = 1/1 magnetic island and the co-existing large secondary island. The main m / n = 1/1 magnetic island cannot push the hot core plasma out of the q = 1 surface as it does in Kadomstev’s model, and the reconnection is incomplete. However, with the two-fluid effect or the toroidal flow, the nonlinear behaviors of the resistive-kink mode could be essentially different. The two-fluid effect and the toroidal flow can break the symmetry during the plasmoid formation, which destroys the balance between the main m / n = 1/1 magnetic island and the large secondary island. The large secondary island is then merged into the main m / n = 1/1 island. After that, the main m / n = 1/1 island finally occupies the whole mix region, and all magnetic flux in the mix region is reconnected. A similar simulation study has been done in periodic cylindrical geometry (Günter et al 2015 Plasma Phys. Control. Fusion 57 014017), while our work is done in tokamak toroidal geometry. The toroidal effect has also been investigated, and we find that the widths of the main 1/1 island and the secondary island slightly increase with increasing aspect ratios." @default.
- W3208073493 created "2021-11-08" @default.
- W3208073493 creator A5007995262 @default.
- W3208073493 creator A5044322138 @default.
- W3208073493 creator A5072321932 @default.
- W3208073493 date "2021-11-16" @default.
- W3208073493 modified "2023-09-25" @default.
- W3208073493 title "Influence of Hall effect and toroidal flow on the plasmoid formation and incomplete reconnection in a low resistivity plasma in tokamak" @default.
- W3208073493 cites W1767754320 @default.
- W3208073493 cites W1933194312 @default.
- W3208073493 cites W1963803623 @default.
- W3208073493 cites W1963918894 @default.
- W3208073493 cites W1969867973 @default.
- W3208073493 cites W1971813015 @default.
- W3208073493 cites W1974282899 @default.
- W3208073493 cites W1981435096 @default.
- W3208073493 cites W1983192618 @default.
- W3208073493 cites W1994474808 @default.
- W3208073493 cites W1997241504 @default.
- W3208073493 cites W1998478954 @default.
- W3208073493 cites W2003282447 @default.
- W3208073493 cites W2009424820 @default.
- W3208073493 cites W2015268145 @default.
- W3208073493 cites W2017176183 @default.
- W3208073493 cites W2025632193 @default.
- W3208073493 cites W2027933580 @default.
- W3208073493 cites W2035697001 @default.
- W3208073493 cites W2038325257 @default.
- W3208073493 cites W2041784473 @default.
- W3208073493 cites W2049617177 @default.
- W3208073493 cites W2054073684 @default.
- W3208073493 cites W2055802586 @default.
- W3208073493 cites W2059409169 @default.
- W3208073493 cites W2059752435 @default.
- W3208073493 cites W2077993282 @default.
- W3208073493 cites W2082797175 @default.
- W3208073493 cites W2084222807 @default.
- W3208073493 cites W2086016994 @default.
- W3208073493 cites W2091655540 @default.
- W3208073493 cites W2095005575 @default.
- W3208073493 cites W2133502701 @default.
- W3208073493 cites W2134252986 @default.
- W3208073493 cites W2138002966 @default.
- W3208073493 cites W2156017883 @default.
- W3208073493 cites W2168102078 @default.
- W3208073493 cites W2171463234 @default.
- W3208073493 cites W2189992325 @default.
- W3208073493 cites W2333017069 @default.
- W3208073493 cites W2417709096 @default.
- W3208073493 cites W2475997312 @default.
- W3208073493 cites W2508902775 @default.
- W3208073493 cites W2561378668 @default.
- W3208073493 cites W2760141481 @default.
- W3208073493 cites W2803354577 @default.
- W3208073493 cites W2887009541 @default.
- W3208073493 cites W2919199266 @default.
- W3208073493 cites W2942155702 @default.
- W3208073493 cites W2951565890 @default.
- W3208073493 cites W2994978609 @default.
- W3208073493 cites W3008277593 @default.
- W3208073493 cites W3013935074 @default.
- W3208073493 cites W3020131746 @default.
- W3208073493 cites W3036757340 @default.
- W3208073493 cites W3046987736 @default.
- W3208073493 cites W3048406608 @default.
- W3208073493 cites W3048431227 @default.
- W3208073493 cites W3082028712 @default.
- W3208073493 cites W3098438956 @default.
- W3208073493 cites W3100829902 @default.
- W3208073493 cites W3102460115 @default.
- W3208073493 cites W3104077034 @default.
- W3208073493 cites W3190028678 @default.
- W3208073493 cites W4249093441 @default.
- W3208073493 cites W4256045465 @default.
- W3208073493 doi "https://doi.org/10.1088/1741-4326/ac3365" @default.
- W3208073493 hasPublicationYear "2021" @default.
- W3208073493 type Work @default.
- W3208073493 sameAs 3208073493 @default.
- W3208073493 citedByCount "6" @default.
- W3208073493 countsByYear W32080734932022 @default.
- W3208073493 countsByYear W32080734932023 @default.
- W3208073493 crossrefType "journal-article" @default.
- W3208073493 hasAuthorship W3208073493A5007995262 @default.
- W3208073493 hasAuthorship W3208073493A5044322138 @default.
- W3208073493 hasAuthorship W3208073493A5072321932 @default.
- W3208073493 hasConcept C115260700 @default.
- W3208073493 hasConcept C116515362 @default.
- W3208073493 hasConcept C119599485 @default.
- W3208073493 hasConcept C121332964 @default.
- W3208073493 hasConcept C127413603 @default.
- W3208073493 hasConcept C146176613 @default.
- W3208073493 hasConcept C15001198 @default.
- W3208073493 hasConcept C184779094 @default.
- W3208073493 hasConcept C185544564 @default.
- W3208073493 hasConcept C26873012 @default.
- W3208073493 hasConcept C2777228821 @default.
- W3208073493 hasConcept C2779766045 @default.
- W3208073493 hasConcept C31532427 @default.