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(Table AT1) Major element oxide composition of tephra shards from ODP Hole 18...
This dataset has no description
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(Table A1) Rim-core-rim major element composition of microtektites from the m...
The traverse through microtektite 2-9.1 runs across a silica-rich inclusion (analyses No. 1-4). Spacing between individual analyses is 30 µm for microtektite 4.3, 7 µm for... -
(Table 4) Major element bulk composition of microtektites from ODP Hole 184-1...
No value = below detection limit. -
(Table 3) Major element bulk composition of microtektites from the microtekti...
Cr2O3, MnO and NiO were always below detection limits (Cr2O3 = 0.19 wt%, MnO = 0.12 wt%, NiO = 0.19 wt%) -
(Table T2) Occurrence and depth of minerals in ODP sites 193-1188 and 193-1189
Sediment depth is given in mbsf. x = present, - = absent. -
(Table T3) Mineral composition of the basement of ODP Hole 206-1256C
This dataset has no description
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(Table 7) Major-element compositions of mineral inclusions in peridotites fro...
Composition in wt%. -
(Table 6) Major-element compositions of plagioclase in peridotites from IODP ...
Composition in wt%. -
(Table 5) Average major-element compositions of orthopyroxene in peridotites ...
Composition in wt%, standard deviation = 1 sigma. -
(Table 4) Major-element compositions of clinopyroxenes in peridotites from IO...
Composition in wt%, standard deviation = 1 sigma. -
(Table 3) Average major-element compositions of olivines in peridotites from ...
Composition in wt%, standard deviation = 1 sigma. -
(Table 2) Average major-element compositions of spinels in peridotites from I...
Composition in wt%, standard deviation = 1 sigma. -
(Table 4) Representative analyzes of coexistance orthopyroxene and clinopyrox...
This dataset has no description
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(Table 3) Major element composition of plagioclase phenocrysts from rock type...
Sample 125-786B-1R-1,88-92: Unit 1, bulk SiO2 = 62.48 wt.%. Sample 125-786B-51R-1,53-57: Unit 26, bulk SiO2 = 54.24 wt.% -
(Table 3) Major element composition of orthopyroxene phenocrysts from rock ty...
Sample 125-786B-1R-1,88-92: Unit 1, bulk SiO2 = 62.48 wt.%. Sample 125-786B-51R-1,53-57: Unit 26, bulk SiO2 = 54.24 wt.% -
(Table 3) Major element composition of clinopyroxene phenocrysts from rock ty...
Sample 125-786B-1R-1,88-92: Unit 1, bulk SiO2 = 62.48 wt.%. Sample 125-786B-51R-1,53-57: Unit 26, bulk SiO2 = 54.24 wt.% -
(Table 2) Major element composition of plagioclase phenocrysts from rock type...
Sample 125-786B-9R-1,25-30: Unit 3, bulk SiO2 = 56.43 wt.%. Sample 125-786B-15R-2: Unit 5, bulk SiO2 = 61.17 wt.%. -
(Table 2) Major element composition of orthopyroxene phenocrysts from rock ty...
Sample 125-786B-9R-1,25-30: Unit 3, bulk SiO2 = 56.43 wt.%. Sample 125-786B-15R-2: Unit 5, bulk SiO2 = 61.17 wt.%. -
(Table 2) Major element composition of clinopyroxene phenocrysts from rock ty...
Sample 125-786B-9R-1,25-30: Unit 3, bulk SiO2 = 56.43 wt.%. Sample 125-786B-15R-2: Unit 5, bulk SiO2 = 61.17 wt.%. -
Major oxide geochemical compositions of glass shards from disseminated tephra...
All iron calculated as FeO. Probe conditions: accelerating voltage 20kV, beam current 15nA, 1µm focused beam, 10 second count times