Matches in SemOpenAlex for { <https://semopenalex.org/work/W2579883889> ?p ?o ?g. }
- W2579883889 endingPage "431" @default.
- W2579883889 startingPage "423" @default.
- W2579883889 abstract "Fluid inclusions (FIs) ( n = 34) in spinel lherzolite xenoliths derived from the subcontinental lithospheric mantle from Jeju Island (S. Korea), the Rio Grande Rift (New-Mexico, USA) and Mt. Quincan (Australia) were analysed using confocal Raman spectroscopy. Despite the significant geographical distances, the studied rocks and their FIs show similar petrographic features. We show evidence for the presence of small amounts of nitrogen in extreme high density (≥1 g/cm 3 ) FIs from the deep lithospheric mantle using Raman spectroscopy with a spectral resolution between 0.6 and 0.7 cm −1 . The only nitrogen-bearing species found in the inclusions was N 2 . The N 2 Raman signal appeared as two adjacent, partially overlapping bands. The band at higher Raman shift is identical with the nitrogen-in-air (N 2 air ) band. The band at lower Raman shift is therefore nitrogen within the FIs (N 2 fluid ). The relative amounts of CO 2 and N 2 within the FIs were calculated using the integrated band areas. In the studied ultramafic xenoliths, N 2 concentrations varied between 0.2 and 1.8 mol%, with one exceptionally high concentration of 3.1 mol%. We believe that microthermometric measurements and/or Raman spectroscopy with an inferior spectral resolution may leave N 2 undetected in CO 2- rich upper mantle FIs. Based on our observations, we propose that N 2 may be a minor but common component in subcontinental lithospheric upper-mantle fluids." @default.
- W2579883889 created "2017-01-26" @default.
- W2579883889 creator A5004276504 @default.
- W2579883889 creator A5012273548 @default.
- W2579883889 creator A5015567292 @default.
- W2579883889 creator A5022104046 @default.
- W2579883889 creator A5024541231 @default.
- W2579883889 creator A5047010860 @default.
- W2579883889 creator A5067138071 @default.
- W2579883889 creator A5090968642 @default.
- W2579883889 date "2017-07-12" @default.
- W2579883889 modified "2023-10-18" @default.
- W2579883889 title "Detection of small amounts of N2 in CO2-rich high-density fluid inclusions from mantle xenoliths" @default.
- W2579883889 cites W1593935679 @default.
- W2579883889 cites W1965463279 @default.
- W2579883889 cites W1965470861 @default.
- W2579883889 cites W1967038103 @default.
- W2579883889 cites W1967540234 @default.
- W2579883889 cites W1970973268 @default.
- W2579883889 cites W1974550481 @default.
- W2579883889 cites W1977701399 @default.
- W2579883889 cites W1983792334 @default.
- W2579883889 cites W1986601098 @default.
- W2579883889 cites W1986714070 @default.
- W2579883889 cites W1986773990 @default.
- W2579883889 cites W1999048885 @default.
- W2579883889 cites W2002486054 @default.
- W2579883889 cites W2002975639 @default.
- W2579883889 cites W2004695273 @default.
- W2579883889 cites W2008297722 @default.
- W2579883889 cites W2012763098 @default.
- W2579883889 cites W2018525554 @default.
- W2579883889 cites W2021395600 @default.
- W2579883889 cites W2021829424 @default.
- W2579883889 cites W2027621286 @default.
- W2579883889 cites W2033690645 @default.
- W2579883889 cites W2034467201 @default.
- W2579883889 cites W2034527682 @default.
- W2579883889 cites W2040295368 @default.
- W2579883889 cites W2043320199 @default.
- W2579883889 cites W2050595370 @default.
- W2579883889 cites W2052958544 @default.
- W2579883889 cites W2053860918 @default.
- W2579883889 cites W2056833090 @default.
- W2579883889 cites W2060147068 @default.
- W2579883889 cites W2061547813 @default.
- W2579883889 cites W2069003732 @default.
- W2579883889 cites W2075173376 @default.
- W2579883889 cites W2078327201 @default.
- W2579883889 cites W2079435354 @default.
- W2579883889 cites W2083583700 @default.
- W2579883889 cites W2084042781 @default.
- W2579883889 cites W2084286473 @default.
- W2579883889 cites W2095308241 @default.
- W2579883889 cites W2098490586 @default.
- W2579883889 cites W2103048707 @default.
- W2579883889 cites W2105279468 @default.
- W2579883889 cites W2105743161 @default.
- W2579883889 cites W2128965665 @default.
- W2579883889 cites W2132178232 @default.
- W2579883889 cites W2157671567 @default.
- W2579883889 cites W2165032343 @default.
- W2579883889 cites W2165547370 @default.
- W2579883889 cites W2170916847 @default.
- W2579883889 cites W2171968174 @default.
- W2579883889 cites W2188554608 @default.
- W2579883889 cites W2268273435 @default.
- W2579883889 cites W2315555408 @default.
- W2579883889 cites W2325876585 @default.
- W2579883889 cites W2330913680 @default.
- W2579883889 cites W2341145814 @default.
- W2579883889 cites W2480579518 @default.
- W2579883889 cites W2580629111 @default.
- W2579883889 cites W3146228328 @default.
- W2579883889 cites W875416668 @default.
- W2579883889 doi "https://doi.org/10.1127/ejm/2017/0029-2615" @default.
- W2579883889 hasPublicationYear "2017" @default.
- W2579883889 type Work @default.
- W2579883889 sameAs 2579883889 @default.
- W2579883889 citedByCount "8" @default.
- W2579883889 countsByYear W25798838892017 @default.
- W2579883889 countsByYear W25798838892019 @default.
- W2579883889 countsByYear W25798838892020 @default.
- W2579883889 countsByYear W25798838892022 @default.
- W2579883889 crossrefType "journal-article" @default.
- W2579883889 hasAuthorship W2579883889A5004276504 @default.
- W2579883889 hasAuthorship W2579883889A5012273548 @default.
- W2579883889 hasAuthorship W2579883889A5015567292 @default.
- W2579883889 hasAuthorship W2579883889A5022104046 @default.
- W2579883889 hasAuthorship W2579883889A5024541231 @default.
- W2579883889 hasAuthorship W2579883889A5047010860 @default.
- W2579883889 hasAuthorship W2579883889A5067138071 @default.
- W2579883889 hasAuthorship W2579883889A5090968642 @default.
- W2579883889 hasConcept C127313418 @default.
- W2579883889 hasConcept C156622251 @default.
- W2579883889 hasConcept C165205528 @default.
- W2579883889 hasConcept C17409809 @default.
- W2579883889 hasConcept C199289684 @default.