FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3103647359> ?p ?o ?g. }

• W3103647359 endingPage "48" @default.
• W3103647359 startingPage "48" @default.
• W3103647359 abstract "Observations show that radial metallicity gradients in disk galaxies are relatively shallow, if not flat, especially at large galactocentric distances and for galaxies in the high-redshift universe. Given that star formation and metal production are centrally concentrated, this requires a mechanism to redistribute metals. However, the nature of this mechanism is poorly understood, let alone quantified. To address this problem, we conduct magnetohydrodynamical simulations of a local shearing sheet of a thin, thermally unstable, gaseous disk driven by a background stellar spiral potential, including metals modeled as passive scalar fields. Contrary to what a simple alpha prescription for the gas disk would suggest, we find that turbulence driven by thermal instability is very efficient at mixing metals, regardless of the presence or absence of stellar spiral potentials or magnetic fields. The timescale for homogenizing randomly distributed metals is comparable to or less than the local orbital time in the disk. This implies that turbulent mixing of metals is a significant process in the history of chemical evolution of disk galaxies." @default.
• W3103647359 created "2020-11-23" @default.
• W3103647359 creator A5003880724 @default.
• W3103647359 creator A5014544028 @default.
• W3103647359 date "2012-09-25" @default.
• W3103647359 modified "2023-09-24" @default.
• W3103647359 title "THERMAL-INSTABILITY-DRIVEN TURBULENT MIXING IN GALACTIC DISKS. I. EFFECTIVE MIXING OF METALS" @default.
• W3103647359 cites W1506943871 @default.
• W3103647359 cites W1631788275 @default.
• W3103647359 cites W1874935544 @default.
• W3103647359 cites W1968401761 @default.
• W3103647359 cites W1976676831 @default.
• W3103647359 cites W1984078635 @default.
• W3103647359 cites W1984555273 @default.
• W3103647359 cites W1985873501 @default.
• W3103647359 cites W1987635305 @default.
• W3103647359 cites W1994819743 @default.
• W3103647359 cites W1995150634 @default.
• W3103647359 cites W2004698958 @default.
• W3103647359 cites W2005631644 @default.
• W3103647359 cites W2006640045 @default.
• W3103647359 cites W2007474830 @default.
• W3103647359 cites W2010356064 @default.
• W3103647359 cites W2016526737 @default.
• W3103647359 cites W2017668262 @default.
• W3103647359 cites W2029263067 @default.
• W3103647359 cites W2031338317 @default.
• W3103647359 cites W2032663410 @default.
• W3103647359 cites W2043690401 @default.
• W3103647359 cites W2046313006 @default.
• W3103647359 cites W2056777440 @default.
• W3103647359 cites W2057822164 @default.
• W3103647359 cites W2065996612 @default.
• W3103647359 cites W2068967919 @default.
• W3103647359 cites W2071321776 @default.
• W3103647359 cites W2074435620 @default.
• W3103647359 cites W2080480291 @default.
• W3103647359 cites W2081850453 @default.
• W3103647359 cites W2089785035 @default.
• W3103647359 cites W2094501939 @default.
• W3103647359 cites W2097402829 @default.
• W3103647359 cites W2099171476 @default.
• W3103647359 cites W2100054308 @default.
• W3103647359 cites W2125174497 @default.
• W3103647359 cites W2127680937 @default.
• W3103647359 cites W2129147724 @default.
• W3103647359 cites W2142824603 @default.
• W3103647359 cites W2147983951 @default.
• W3103647359 cites W2157378473 @default.
• W3103647359 cites W2168264289 @default.
• W3103647359 cites W2952737353 @default.
• W3103647359 cites W3098252667 @default.
• W3103647359 cites W3098763006 @default.
• W3103647359 cites W3099768924 @default.
• W3103647359 cites W3099896971 @default.
• W3103647359 cites W3100026950 @default.
• W3103647359 cites W3101368892 @default.
• W3103647359 cites W3102173525 @default.
• W3103647359 cites W3102377600 @default.
• W3103647359 cites W3102581452 @default.
• W3103647359 cites W3103412953 @default.
• W3103647359 cites W3103805048 @default.
• W3103647359 cites W3105290096 @default.
• W3103647359 cites W3105655165 @default.
• W3103647359 cites W3105723249 @default.
• W3103647359 cites W3105859949 @default.
• W3103647359 cites W3106145218 @default.
• W3103647359 cites W4254810513 @default.
• W3103647359 cites W4296930796 @default.
• W3103647359 cites W4298011861 @default.
• W3103647359 cites W4300091492 @default.
• W3103647359 doi "https://doi.org/10.1088/0004-637x/758/1/48" @default.
• W3103647359 hasPublicationYear "2012" @default.
• W3103647359 type Work @default.
• W3103647359 sameAs 3103647359 @default.
• W3103647359 citedByCount "72" @default.
• W3103647359 countsByYear W31036473592013 @default.
• W3103647359 countsByYear W31036473592014 @default.
• W3103647359 countsByYear W31036473592015 @default.
• W3103647359 countsByYear W31036473592016 @default.
• W3103647359 countsByYear W31036473592017 @default.
• W3103647359 countsByYear W31036473592018 @default.
• W3103647359 countsByYear W31036473592019 @default.
• W3103647359 countsByYear W31036473592020 @default.
• W3103647359 countsByYear W31036473592021 @default.
• W3103647359 countsByYear W31036473592022 @default.
• W3103647359 countsByYear W31036473592023 @default.
• W3103647359 crossrefType "journal-article" @default.
• W3103647359 hasAuthorship W3103647359A5003880724 @default.
• W3103647359 hasAuthorship W3103647359A5014544028 @default.
• W3103647359 hasBestOaLocation W31036473591 @default.
• W3103647359 hasConcept C107520359 @default.
• W3103647359 hasConcept C121332964 @default.
• W3103647359 hasConcept C125857072 @default.
• W3103647359 hasConcept C1276947 @default.
• W3103647359 hasConcept C138777275 @default.
• W3103647359 hasConcept C184665706 @default.
• W3103647359 hasConcept C189666105 @default.

• next