FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3100419673> ?p ?o ?g. }

• W3100419673 endingPage "6" @default.
• W3100419673 startingPage "6" @default.
• W3100419673 abstract "A hemispheric preference in the dominant sign of magnetic helicity has been observed in numerous features in the solar atmosphere: i.e., left-handed/right-handed helicity in the northern/southern hemisphere. The relative importance of different physical processes which may contribute to the observed hemispheric sign preference (HSP) of magnetic helicity is still under debate. Here, we estimate magnetic helicity flux ($dH/dt$) across the photospheric surface for 4,802 samples of 1,105 unique active regions (ARs) that appeared over an 8-year period from 2010 to 2017 during solar cycle 24, using photospheric vector magnetic field observations by the Helioseismic and Magnetic Imager (HMI) onboard the Solar Dynamics Observatory (SDO). The estimates of $dH/dt$ show that 63% and 65% of the investigated AR samples in the northern and southern hemispheres, respectively, follow the HSP. We also find a trend that the HSP of $dH/dt$ increases from ~50-60% up to ~70-80% as ARs (1) appear at the earlier inclining phase of the solar cycle or higher latitudes; (2) have larger values of $|dH/dt|$, the total unsigned magnetic flux, and the average plasma flow speed. These observational findings support the enhancement of the HSP mainly by the Coriolis force acting on a buoyantly rising and expanding flux tube through the turbulent convection zone. In addition, the differential rotation on the solar surface as well as the tachocline $alpha$-effect of flux-transport dynamo may reinforce the HSP for ARs at higher latitudes." @default.
• W3100419673 created "2020-11-23" @default.
• W3100419673 creator A5030657929 @default.
• W3100419673 creator A5041690054 @default.
• W3100419673 creator A5060970268 @default.
• W3100419673 date "2020-11-17" @default.
• W3100419673 modified "2023-10-18" @default.
• W3100419673 title "Magnetic Helicity Flux across Solar Active Region Photospheres. I. Hemispheric Sign Preference in Solar Cycle 24" @default.
• W3100419673 cites W1492470394 @default.
• W3100419673 cites W1966310941 @default.
• W3100419673 cites W1977726981 @default.
• W3100419673 cites W1980086251 @default.
• W3100419673 cites W1985113682 @default.
• W3100419673 cites W1986030623 @default.
• W3100419673 cites W1987203232 @default.
• W3100419673 cites W1990324383 @default.
• W3100419673 cites W1999016464 @default.
• W3100419673 cites W2001201668 @default.
• W3100419673 cites W2002198136 @default.
• W3100419673 cites W2009598087 @default.
• W3100419673 cites W2016419594 @default.
• W3100419673 cites W2017309340 @default.
• W3100419673 cites W2017397524 @default.
• W3100419673 cites W2024047034 @default.
• W3100419673 cites W2026892232 @default.
• W3100419673 cites W2028304141 @default.
• W3100419673 cites W2035335859 @default.
• W3100419673 cites W2036844841 @default.
• W3100419673 cites W2043563431 @default.
• W3100419673 cites W2047634950 @default.
• W3100419673 cites W2053215453 @default.
• W3100419673 cites W2063970740 @default.
• W3100419673 cites W2067314943 @default.
• W3100419673 cites W2070619845 @default.
• W3100419673 cites W2070735498 @default.
• W3100419673 cites W2070800121 @default.
• W3100419673 cites W2076841103 @default.
• W3100419673 cites W2077656432 @default.
• W3100419673 cites W2083082210 @default.
• W3100419673 cites W2084442502 @default.
• W3100419673 cites W2086033905 @default.
• W3100419673 cites W2088758899 @default.
• W3100419673 cites W2090925093 @default.
• W3100419673 cites W2092786354 @default.
• W3100419673 cites W2092893147 @default.
• W3100419673 cites W2094483427 @default.
• W3100419673 cites W2097228366 @default.
• W3100419673 cites W2108882534 @default.
• W3100419673 cites W2111078819 @default.
• W3100419673 cites W2122117703 @default.
• W3100419673 cites W2129958108 @default.
• W3100419673 cites W2146621514 @default.
• W3100419673 cites W2151431709 @default.
• W3100419673 cites W2171983357 @default.
• W3100419673 cites W2198536185 @default.
• W3100419673 cites W2239375375 @default.
• W3100419673 cites W2398290682 @default.
• W3100419673 cites W2560631617 @default.
• W3100419673 cites W2573943992 @default.
• W3100419673 cites W2915683828 @default.
• W3100419673 cites W2995594091 @default.
• W3100419673 cites W3098058753 @default.
• W3100419673 cites W3100047103 @default.
• W3100419673 cites W3100601083 @default.
• W3100419673 cites W3101867492 @default.
• W3100419673 cites W3102754237 @default.
• W3100419673 cites W3103491720 @default.
• W3100419673 cites W3103877730 @default.
• W3100419673 cites W3104333471 @default.
• W3100419673 cites W3105662872 @default.
• W3100419673 cites W3106257012 @default.
• W3100419673 cites W3125232135 @default.
• W3100419673 doi "https://doi.org/10.3847/1538-4357/abbb93" @default.
• W3100419673 hasPublicationYear "2020" @default.
• W3100419673 type Work @default.
• W3100419673 sameAs 3100419673 @default.
• W3100419673 citedByCount "6" @default.
• W3100419673 countsByYear W31004196732021 @default.
• W3100419673 countsByYear W31004196732022 @default.
• W3100419673 countsByYear W31004196732023 @default.
• W3100419673 crossrefType "journal-article" @default.
• W3100419673 hasAuthorship W3100419673A5030657929 @default.
• W3100419673 hasAuthorship W3100419673A5041690054 @default.
• W3100419673 hasAuthorship W3100419673A5060970268 @default.
• W3100419673 hasBestOaLocation W31004196731 @default.
• W3100419673 hasConcept C105094362 @default.
• W3100419673 hasConcept C108411613 @default.
• W3100419673 hasConcept C109214941 @default.
• W3100419673 hasConcept C115260700 @default.
• W3100419673 hasConcept C121332964 @default.
• W3100419673 hasConcept C133879193 @default.
• W3100419673 hasConcept C135757623 @default.
• W3100419673 hasConcept C139653429 @default.
• W3100419673 hasConcept C150846664 @default.
• W3100419673 hasConcept C155008239 @default.
• W3100419673 hasConcept C157479481 @default.
• W3100419673 hasConcept C164495641 @default.
• W3100419673 hasConcept C171428510 @default.

• next