Difference between revisions of "PYTHO7UXES4.mg/ca-g.rub"
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( MeasuredVariable (L) )
(Added PropertyValue: Standard (L) = Standard solution made from solid Mg and reagent grade CaCO3 in an elemental ratio of 5.63 mmol/mol) |
(Added PropertyValue: Method (L) = Approximately 30 to 40 individual G.ruber (white variety) were picked from samples that had been washed through a 250um sieve with distilled water. The picked specimens were then cleansed using the trace metal cleaning technique applied to marine carbonate sample of Martin and Lea. The method for determining the Mg/Ca in foraminifera follows the one described by Schrag, which involves a sequential analysis of a standard-sample-standard. Each sample Mg/Ca value is corrected based on the bracketed standard values.) |
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MeasuredBy (L)=USC.Stott.ICPAES| | MeasuredBy (L)=USC.Stott.ICPAES| | ||
MeasuredOn (L)=MD98-2176| | MeasuredOn (L)=MD98-2176| | ||
| + | Method (L)=Approximately 30 to 40 individual G.ruber (white variety) were picked from samples that had been washed through a 250um sieve with distilled water. The picked specimens were then cleansed using the trace metal cleaning technique applied to marine carbonate sample of Martin and Lea. The method for determining the Mg/Ca in foraminifera follows the one described by Schrag, which involves a sequential analysis of a standard-sample-standard. Each sample Mg/Ca value is corrected based on the bracketed standard values.| | ||
Name (L)=mg/ca-g.rub| | Name (L)=mg/ca-g.rub| | ||
ProxyObservationType (L)=Mg/Ca| | ProxyObservationType (L)=Mg/Ca| | ||
Standard (L)=Standard solution made from solid Mg and reagent grade CaCO3 in an elemental ratio of 5.63 mmol/mol| | Standard (L)=Standard solution made from solid Mg and reagent grade CaCO3 in an elemental ratio of 5.63 mmol/mol| | ||
TakenAtDepth (L)=PYT28ZWSOMB.depth}} | TakenAtDepth (L)=PYT28ZWSOMB.depth}} | ||
