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(Table 1) Representative analyses of spinel of ODP Hole 103-637A peridotites
Recalculated to 4 oxygens. -
(Table 3) Analyses of the primary phases of selected samples of ODP Hole 109-...
This dataset has no description
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(Table 4) Mineral chemistry of peridotites from ODP Hole 109-670A
This dataset has no description
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(Table T2) Geochemical composition of primary and secondary phases in altered...
Sediment depth is given in mbsf, trace elements in number of cations. The mineral formulas calculated are based on the following oxygen bases: olivine, 4; pyroxene, 6; spinel,... -
(Table T3) Geochemical composition of primary and secondary phases in altered...
Sediment depth is given in mbsf, trace elements in number of cations. The mineral formulas calculated are based on the following oxygen bases: olivine, 4; pyroxene, 6; spinel,... -
(Table T4) Geochemical composition of primary and secondary phases in altered...
Sediment depth is given in mbsf, trace elements in number of cations. The mineral formulas calculated are based on the following oxygen bases: olivine, 4; pyroxene, 6; spinel,... -
(Table T2) Geochemical composition of spinel, ODP Hole 209-1271B
This dataset has no description
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(Table 3d) Geochemistry of spinel of ODP Holes 207-1272A and 207-1274A
Sediment depth is given in mbsf. Normalized to three oxygens. -
(Table 7) Geochemistry of spinels at DSDP Leg 84 Holes
Elements as atoms per 32 oxygens. Small denotes analyses of grains on same order of size as spot (generally less than 30 µm); core and rim denote, respectively, analyses of the... -
(Table 4) Geochemistry of nonopaque spinels from peridotites at DSDP Holes 82...
Fe2+ and Fe3+ calculated assuming stoichiometry. -
(Table 2) Selected analyses for garnet pyroxenite and amphibolite samples fro...
Garnet pyroxenite samples = W216, W218, W240, W242A and garnet amphibolite samples = W232, W251, W334.
