Matches in SemOpenAlex for { <https://semopenalex.org/work/W3154476086> ?p ?o ?g. }
- W3154476086 endingPage "120242" @default.
- W3154476086 startingPage "120242" @default.
- W3154476086 abstract "We present a refined approach for acquiring sulfur (S) isotope compositions (33S/32S, 34S/32S) in apatite by secondary ion mass spectrometry (SIMS), including the characterisation of new reference materials. In order to test the method, we analyzed potential apatite reference samples for their S isotope ratios via three different bulk methods. The investigated apatite samples contain S concentrations between ~160 μg/g and 3100 μg/g and their 34S/32S (δ34S) ratios deviate by more than 25‰ from the Vienna-Canyon Diablo Troilite (VCDT) standard. We identified four candidates as new primary reference materials for routine SIMS S isotope measurements of apatite. Based on ICP-MS, EA-IRMS, and fluorination analyses, recommended S isotope values are +12.27± 0.22 (2σ) ‰ δ34S for SAP1, +14.02 ± 0.22 (2σ) ‰ δ34S for Big1, −1.06 ± 0.80 (2σ) ‰ δ34S for Durango-A, and −1.39 ± 0.48 (2σ) ‰ for Durango-B. By selecting one of those four primary standards for SIMS analysis, the S isotope values of the other reference materials and additional tested apatite specimens can be reproduced to within 1‰. Under optimized SIMS conditions, single spot uncertainty for δ34S that combines the within-spot precision and the repeatability of measurements of the primary apatite reference material during an analytical session is ±0.4‰ (95% CI). We also show that in apatite with S > 1000 μg/g, SIMS analysis permits the detection of mass-independent S isotope signatures (i.e., Δ33S) that are larger than ~1.0‰ if an average of multiple grains is used, and larger than ~1.5‰ for a single analytical point. Furthermore, our study shows that apatite can record S isotope signatures from extremely diverse environments, making this near-ubiquitous mineral a key candidate for tracing S source reservoirs and to track the pathway of magmatic-hydrothermal fluids in a wide range of geological settings." @default.
- W3154476086 created "2021-04-26" @default.
- W3154476086 creator A5002155845 @default.
- W3154476086 creator A5009505597 @default.
- W3154476086 creator A5028967721 @default.
- W3154476086 creator A5029808360 @default.
- W3154476086 creator A5051411866 @default.
- W3154476086 creator A5055732773 @default.
- W3154476086 creator A5072234316 @default.
- W3154476086 creator A5077316743 @default.
- W3154476086 creator A5090044397 @default.
- W3154476086 date "2021-09-01" @default.
- W3154476086 modified "2023-09-27" @default.
- W3154476086 title "Tracing sulfur sources in the crust via SIMS measurements of sulfur isotopes in apatite" @default.
- W3154476086 cites W1548574557 @default.
- W3154476086 cites W1783010262 @default.
- W3154476086 cites W1963742386 @default.
- W3154476086 cites W1965691718 @default.
- W3154476086 cites W1966160101 @default.
- W3154476086 cites W1966219619 @default.
- W3154476086 cites W1967782998 @default.
- W3154476086 cites W1972576751 @default.
- W3154476086 cites W1979148089 @default.
- W3154476086 cites W1980067615 @default.
- W3154476086 cites W1983050188 @default.
- W3154476086 cites W1992580434 @default.
- W3154476086 cites W1993734272 @default.
- W3154476086 cites W1994537115 @default.
- W3154476086 cites W1996491338 @default.
- W3154476086 cites W1999992665 @default.
- W3154476086 cites W2009509387 @default.
- W3154476086 cites W2013576514 @default.
- W3154476086 cites W2018295141 @default.
- W3154476086 cites W2020899477 @default.
- W3154476086 cites W2039785996 @default.
- W3154476086 cites W2049956359 @default.
- W3154476086 cites W2051663419 @default.
- W3154476086 cites W2055500440 @default.
- W3154476086 cites W2058170098 @default.
- W3154476086 cites W2059653811 @default.
- W3154476086 cites W2060501309 @default.
- W3154476086 cites W2064289896 @default.
- W3154476086 cites W2067838078 @default.
- W3154476086 cites W2068263426 @default.
- W3154476086 cites W2073012543 @default.
- W3154476086 cites W2074703934 @default.
- W3154476086 cites W2076626505 @default.
- W3154476086 cites W2078305653 @default.
- W3154476086 cites W2080584766 @default.
- W3154476086 cites W2081383679 @default.
- W3154476086 cites W2087806970 @default.
- W3154476086 cites W2088407335 @default.
- W3154476086 cites W2089375343 @default.
- W3154476086 cites W2091312057 @default.
- W3154476086 cites W2099184944 @default.
- W3154476086 cites W2103287775 @default.
- W3154476086 cites W2113926304 @default.
- W3154476086 cites W2114777921 @default.
- W3154476086 cites W2116001002 @default.
- W3154476086 cites W2125657836 @default.
- W3154476086 cites W2136617541 @default.
- W3154476086 cites W2139280138 @default.
- W3154476086 cites W2143356161 @default.
- W3154476086 cites W2149161924 @default.
- W3154476086 cites W2163402984 @default.
- W3154476086 cites W2169786088 @default.
- W3154476086 cites W2193910454 @default.
- W3154476086 cites W2200558836 @default.
- W3154476086 cites W2282505348 @default.
- W3154476086 cites W2285314033 @default.
- W3154476086 cites W2305204011 @default.
- W3154476086 cites W2309728739 @default.
- W3154476086 cites W2323160308 @default.
- W3154476086 cites W2403584518 @default.
- W3154476086 cites W2504985302 @default.
- W3154476086 cites W2513151116 @default.
- W3154476086 cites W2526550853 @default.
- W3154476086 cites W2537283160 @default.
- W3154476086 cites W2589909768 @default.
- W3154476086 cites W2592492169 @default.
- W3154476086 cites W2744744480 @default.
- W3154476086 cites W2805932054 @default.
- W3154476086 cites W2889572602 @default.
- W3154476086 cites W2914766664 @default.
- W3154476086 cites W2927383230 @default.
- W3154476086 cites W2939134325 @default.
- W3154476086 cites W2939150667 @default.
- W3154476086 cites W2973172672 @default.
- W3154476086 cites W2995279515 @default.
- W3154476086 cites W3009130718 @default.
- W3154476086 doi "https://doi.org/10.1016/j.chemgeo.2021.120242" @default.
- W3154476086 hasPublicationYear "2021" @default.
- W3154476086 type Work @default.
- W3154476086 sameAs 3154476086 @default.
- W3154476086 citedByCount "8" @default.
- W3154476086 countsByYear W31544760862021 @default.
- W3154476086 countsByYear W31544760862022 @default.
- W3154476086 countsByYear W31544760862023 @default.