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Beinlich, Andreas; Plümper, Oliver; Boter, Esmée; Müller, Inigo A; Kourim, Fatma; Ziegler, Martin; Harigane, Yumiko; Kelemen, Peter B; The Oman Drilling Project Phase 1 Science Team (2020): Average magnesite composition from selected serpentinite and listvenite samples from hole BT1B, Oman Drilling Project [dataset]. PANGAEA, https://doi.org/10.1594/PANGAEA.914455

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Published: 2020-04-06DOI registered: 2020-05-10

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Abstract:
The presented carbonate electron microprobe data were derived from representative carbonate-bearing serpentinite and listvenite samples in Hole BT1B, OmanDP. The analyzed carbonate grains are chemically zoned and the data represents averages for compositionally and texturally comparable zones, e.g. matrix magnesite in 44-03 is always the core as the rim is dolomite. Electron microprobe analysis was conducted using the JEOL 8530F FE electron microprobe at Centre for Microscopy, Characterization and Analysis (CMCA), The University of Western Australia, using an acceleration voltage of 15 keV and a 5 µm defocused beam. The general analytical procedure and application of reference materials follow the method described in Beinlich et al. (2018; doi:10.1038/s41467-018-03039-9).
Keyword(s):
Oman Drilling Project; Semail Ophiolite; Ultramafic rock carbonation
Related to:
Beinlich, Andreas; Plümper, Oliver; Boter, Esmée; Müller, Inigo A; Kourim, Fatma; Ziegler, Martin; Harigane, Yumiko; Kelemen, Peter B; The Oman Drilling Project Phase 1 Science Team (2020): Ultramafic rock carbonation: Constraints from listvenite core BT1B, Oman Drilling Project. Journal of Geophysical Research: Solid Earth, 125, e2019JB019060, https://doi.org/10.1029/2019JB019060
Project(s):
Coverage:
Latitude: 23.364496 * Longitude: 58.182396
Date/Time Start: 2017-03-23T00:00:00 * Date/Time End: 2017-03-23T00:00:00
Minimum DEPTH, sediment/rock: 98.71 m * Maximum DEPTH, sediment/rock: 178.74 m
Event(s):
OmanDP_BT1B * Latitude: 23.364496 * Longitude: 58.182396 * Date/Time: 2017-03-23T00:00:00 * Location: Wadi Mansah, Samail, Oman * Method/Device: Core drilling (CDRILL) * Comment: Total depth: 300.5 m
Comment:
#999: below detection limit
Parameter(s):
#NameShort NameUnitPrincipal InvestigatorMethod/DeviceComment
1Core section labelSec labelBeinlich, Andreas
2Interval CoredCoredmBeinlich, Andreastop
3Interval CoredCoredmBeinlich, Andreasbottom
4DEPTH, sediment/rockDepth sedmBeinlich, AndreasGeocode
5DescriptionDescriptionBeinlich, Andreas
6Calcium oxideCaO%Beinlich, AndreasWeight %, Detection limit: 0.0106339411764706
7Calcium oxide, standard deviationCaO std dev±Beinlich, AndreasDetection limit: 0.000163336791313599
8Sample amountN#Beinlich, Andreas
9Magnesium oxideMgO%Beinlich, AndreasWeight %, Detection limit: 0.00830315686274509
10Magnesium oxide, standard deviationMgO std dev±Beinlich, AndreasDetection limit: 0.00101740543380435
11Sample amountN#Beinlich, Andreas
12Iron oxide, FeOFeO%Beinlich, AndreasWeight %, Detection limit: 0.0146215
13Iron oxide, FeO, standard deviationFeO std dev±Beinlich, AndreasDetection limit: 0.000624901556603554
14Sample amountN#Beinlich, Andreas
15Manganese oxideMnO%Beinlich, AndreasWeight %, Detection limit: 0.0131535294117647
16Manganese oxide, standard deviationMnO std dev±Beinlich, AndreasDetection limit: 0.000634925203451453
17Sample amountN#Beinlich, Andreas
18Carbon dioxideCO2%Beinlich, AndreasWeight %, C assigned stoichiometrically
19Carbon dioxide, standard deviationCO2 std dev±Beinlich, Andreas
20Sample amountN#Beinlich, Andreas
21Elements, totalTotal%Beinlich, Andreas
22Elements, total, standard deviationTotal std dev±Beinlich, Andreas
23Sample amountN#Beinlich, Andreas
24Strontium, particulateSr partµg/gBeinlich, AndreasDetection limit: 283.992943485057
25Strontium, standard deviationSr std dev±Beinlich, AndreasDetection limit: 25.4179628985124
26Sample amountN#Beinlich, Andreas
27Barium, particulateBa partµg/gBeinlich, AndreasDetection limit: 317.405945442548
28Sample amountN#Beinlich, Andreas
29Cerium, particulateCe partµg/gBeinlich, AndreasDetection limit: 762.425303087326
30Sample amountN#Beinlich, Andreas
31Praseodymium, particulatePr partµg/gBeinlich, AndreasDetection limit: 651.701849139523
32Praseodymium, standard deviationPr std dev±Beinlich, AndreasDetection limit: 6.4509725870346
33Sample amountN#Beinlich, Andreas
34Samarium, particulateSm partµg/gBeinlich, AndreasDetection limit: 531.181419038366
35Samarium, standard deviationSm std dev±Beinlich, AndreasDetection limit: 44.3351105278201
36Sample amountN#Beinlich, Andreas
37Gadolinium, particulateGd partµg/gBeinlich, AndreasDetection limit: 488.230565517241
38Gadolinium, standard deviationGd std dev±Beinlich, AndreasDetection limit: 50.4239631292236
39Sample amountN#Beinlich, Andreas
40Ytterbium, particulateYb partµg/gBeinlich, AndreasDetection limit: 978.317841704282
41Ytterbium, standard deviationYb std dev±Beinlich, AndreasDetection limit: 49.5737717487152
42Sample amountN#Beinlich, Andreas
43CalciumCa# of ionsBeinlich, AndreasNormalization based on 3 oxygen# of cations per formula unit
44Calcium, standard deviationCa std dev±Beinlich, Andreas
45MagnesiumMg# of ionsBeinlich, AndreasNormalization based on 3 oxygen# of cations per formula unit
46Magnesium, standard deviationMg std dev±Beinlich, Andreas
47Iron 2+ and 3+Fe# of ionsBeinlich, AndreasNormalization based on 3 oxygen# of cations per formula unit
48Iron, standard deviationFe std dev±Beinlich, Andreas
49ManganeseMn# of ionsBeinlich, AndreasNormalization based on 3 oxygen# of cations per formula unit
50Manganese, standard deviationMn std dev±Beinlich, Andreas
51CarbonC# of ionsBeinlich, AndreasNormalization based on 3 oxygen# of cations per formula unit
52Carbon, standard deviationC std dev±Beinlich, Andreas
53Cations, sumCations# of ionsBeinlich, AndreasNormalization based on 3 oxygenTotal cations
Size:
372 data points

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