Matches in SemOpenAlex for { <https://semopenalex.org/work/W3192823909> ?p ?o ?g. }
- W3192823909 endingPage "658" @default.
- W3192823909 startingPage "643" @default.
- W3192823909 abstract "Rapid advances in multi-collector inductively coupled plasma-mass spectrometry have made the routine, precise and accurate measurement of metal stable isotope ratios feasible, providing an opportunity to investigate past and present geochemical processes using transition metal abundances, abundance ratios and stable isotope compositions. Many studies have stressed the matrix of different controls on different metals and highlight the potential utility of studies of multiple metals on the same samples. Here we describe a new, multi-step chemical separation procedure that allows robust, and with blank contamination-free, measurements of the isotope systems of the transition metals Mo, Cu, Fe, Zn and Ni at high precision from a single sample aliquot and from a range of sample types. We test the approach via the isotopic analysis of four USGS rock reference materials: two basalts (BCR-2, BHVO-2) and two Fe-Mn nodules (Nod-A1 and Nod-P1) as well as a shale (SGR-1). The good ‘reproducibility’, and the agreement between measured values and reference values where available, demonstrates the validity and efficacy of our multi-step protocol. We also discuss in detail the key requirements of the approach, and the potential pitfalls that are encountered." @default.
- W3192823909 created "2021-08-16" @default.
- W3192823909 creator A5017944176 @default.
- W3192823909 creator A5049607012 @default.
- W3192823909 creator A5063279985 @default.
- W3192823909 date "2021-08-08" @default.
- W3192823909 modified "2023-09-23" @default.
- W3192823909 title "New Methods for the Chemical Isolation and Stable Isotope Measurement of Multiple Transition Metals, with Application to the Earth Sciences" @default.
- W3192823909 cites W1524978295 @default.
- W3192823909 cites W1649947189 @default.
- W3192823909 cites W1776048879 @default.
- W3192823909 cites W1965628007 @default.
- W3192823909 cites W1967074798 @default.
- W3192823909 cites W1968907992 @default.
- W3192823909 cites W1969594792 @default.
- W3192823909 cites W1976009908 @default.
- W3192823909 cites W1979703659 @default.
- W3192823909 cites W1981153062 @default.
- W3192823909 cites W1985920808 @default.
- W3192823909 cites W1988521845 @default.
- W3192823909 cites W1992413557 @default.
- W3192823909 cites W1992794581 @default.
- W3192823909 cites W1998208870 @default.
- W3192823909 cites W1998916470 @default.
- W3192823909 cites W2005834192 @default.
- W3192823909 cites W2007256017 @default.
- W3192823909 cites W2013564328 @default.
- W3192823909 cites W2018400200 @default.
- W3192823909 cites W2027988322 @default.
- W3192823909 cites W2030109458 @default.
- W3192823909 cites W2040825740 @default.
- W3192823909 cites W2042229806 @default.
- W3192823909 cites W2042372974 @default.
- W3192823909 cites W2047397895 @default.
- W3192823909 cites W2049297081 @default.
- W3192823909 cites W2055423222 @default.
- W3192823909 cites W2058484309 @default.
- W3192823909 cites W2059146037 @default.
- W3192823909 cites W2061083394 @default.
- W3192823909 cites W2061338944 @default.
- W3192823909 cites W2062367100 @default.
- W3192823909 cites W2070020753 @default.
- W3192823909 cites W2083801479 @default.
- W3192823909 cites W2084343178 @default.
- W3192823909 cites W2085880739 @default.
- W3192823909 cites W2087128576 @default.
- W3192823909 cites W2091682606 @default.
- W3192823909 cites W2098705248 @default.
- W3192823909 cites W2102484660 @default.
- W3192823909 cites W2103752429 @default.
- W3192823909 cites W2111802277 @default.
- W3192823909 cites W2133650956 @default.
- W3192823909 cites W2170979071 @default.
- W3192823909 cites W2190547488 @default.
- W3192823909 cites W2218148394 @default.
- W3192823909 cites W2534266307 @default.
- W3192823909 cites W2554972352 @default.
- W3192823909 cites W2555459736 @default.
- W3192823909 cites W2585007529 @default.
- W3192823909 cites W2585246730 @default.
- W3192823909 cites W2585874066 @default.
- W3192823909 cites W2594110803 @default.
- W3192823909 cites W2603485400 @default.
- W3192823909 cites W2719091771 @default.
- W3192823909 cites W2766952806 @default.
- W3192823909 cites W2775302579 @default.
- W3192823909 cites W2804843518 @default.
- W3192823909 cites W2886470137 @default.
- W3192823909 cites W2897657063 @default.
- W3192823909 cites W2902508425 @default.
- W3192823909 cites W2905890931 @default.
- W3192823909 cites W2963201864 @default.
- W3192823909 cites W2975547105 @default.
- W3192823909 cites W2976432092 @default.
- W3192823909 cites W2978063214 @default.
- W3192823909 cites W2984469910 @default.
- W3192823909 cites W3004660106 @default.
- W3192823909 cites W3038106177 @default.
- W3192823909 cites W3161425100 @default.
- W3192823909 doi "https://doi.org/10.1111/ggr.12402" @default.
- W3192823909 hasPublicationYear "2021" @default.
- W3192823909 type Work @default.
- W3192823909 sameAs 3192823909 @default.
- W3192823909 citedByCount "6" @default.
- W3192823909 countsByYear W31928239092022 @default.
- W3192823909 countsByYear W31928239092023 @default.
- W3192823909 crossrefType "journal-article" @default.
- W3192823909 hasAuthorship W3192823909A5017944176 @default.
- W3192823909 hasAuthorship W3192823909A5049607012 @default.
- W3192823909 hasAuthorship W3192823909A5063279985 @default.
- W3192823909 hasBestOaLocation W31928239092 @default.
- W3192823909 hasConcept C106773901 @default.
- W3192823909 hasConcept C107872376 @default.
- W3192823909 hasConcept C113196181 @default.
- W3192823909 hasConcept C121332964 @default.
- W3192823909 hasConcept C127313418 @default.
- W3192823909 hasConcept C161790260 @default.
- W3192823909 hasConcept C162356407 @default.