-
(Table 2) Major and trace element composition of lavas from ODP Hole 135-834B
This dataset has no description
-
(Table 1) Major element oxides and trace element concentrations in the Schirm...
This dataset has no description
-
(Table 1) Natural oxides and cations of montmorillonite for DSDP Sample 93-60...
All samples were 7 x 9 µm except for Sample 2A, which was 4 x 5 µm. -
(Table T2) Major element oxides and atomic formulas of celadonite from ODP Ho...
Number of cations/oxygens, on which atomic formulas are based are given in the table. -
(Table T1) Major element oxides and atomic formulas of saponite from ODP Leg ...
Number of cations/oxygens, on which atomic formulas are based are given in the table. -
(Table T4) Major element oxides and atomic formulas of celadonite and celadon...
Sediment depth is given in mbsf. Formulas have been calculated on the basis of 20 oxygens and four hydroxyls considering (Si + Al)IV = 8 atoms per formula units. No... -
(Table T3) Major element oxides and atomic formulas of Mg-rich and Fe-rich sa...
Sediment depth is given in mbsf. Formulas have been calculated on the basis of 20 oxygens and four hydroxyls per unit cell, considering (Si + Al)IV = 8 atoms per formula units... -
(Tables T3, T4) Major and trace element composition of fine-grained sediments...
Sediment depth is given in mbsf. The atomic formula for the hydrothermal chlorite has been calculated on the basis of the ideal O20(OH)16 anion content. -
(Table T5) Composition of sulfide minerals from ODP Site 158-957, Trans-Atlan...
This dataset has no description
-
(Table T4) Composition of sulfide minerals from ODP Hole 169-1035H, ODP Mound
This dataset has no description
-
(Table T3) Composition of sulfide minerals from ODP Hole 169-856H, Bent Hill
This dataset has no description
-
(Table 2) Chemistry of pyroxenes from ODP Leg 134 ash layers
Fe3+/Fe2+ calculated on the basis of charge balancing using Cameca propietary software. -
(Table 4) Chemistry of Fe-Ti oxides from ODP Holes 134-832B and 134-833B
Calculated on the basis of 4 O. -
(Table 3) Chemistry of pyroxene from ODP Holes 134-832B and 134-833B
Calculated on the basis of 6 O. -
(Table 2) Chemistry of olivine from ODP Holes 134-832B and 134-833B
Calculated on the basis of 4 O. -
(Table 1) Chemistry of plagioclases from ODP Holes 134-832B and 134-833B
Calculated on the basis of 8 O. -
(Table 4) Analyses of titanomagnetic phenocrysts from ODP Hole 134-831B lavas
This dataset has no description
-
(Table T4) Mineralogy and geochemistry of orthopyroxene from ODP Hole 176-735B
Sediment depth is given in mbsf. #0.1 = traces. -
(Table T5) Mineralogy and geochemistry of brown hornblende from ODP Hole 176-...
Sediment depth is given in mbsf. #0.1 = traces. -
(Table T3) Mineralogy and geochemistry of olivine from ODP Hole 176-735B
Sediment depth is given in mbsf. #0.1 = traces.
