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(Table 2) Relative abundances of secondary minerals forming amygdule and frac...
Sub-basement depth [m]. X = present: relative abundance not established; D = dominant: peak height is >80% of total measured peaks; M = major: peak height is 20-80% of total... -
(Table 1) Observed modes of secondary mineral occurrence and sampling interva...
Sub-basement depth [m]. -
(Table 1) Sample descriptions and mineralogy at DSDP Holes 60-458 and 60-459B
In many samples plagioclase was a prominent constituent. We have ignored it, supposing it to be a contaminant inadvertently scraped from walls of joints, or an unaltered... -
(Table 2) Bulk mineralogy at DSDP Site 89-585
The abundance of each mineral is given by the height of the major peak (I 100) above the background of the powder X-ray diffraction diagrams, according to a conventional scale:... -
(Table 1) Mineral phases in selected samples of dolerites and basalts from OD...
= analyzed, - = not analyzed -
(Table 6) Mineralogical composition of the fine fraction of Cretaceous volcan...
Sediment depth is given in mbsf; fine fraction = <2 µm; <10 = traces. Cretaceous volcaniclastuc turbidites = Stage 3. -
(Table 2) Mineral composition of Cretaceous volcaniclastites
Sediment depth is given in mbsf, + = present, ? = questionable. -
(Figure 13) Stratigraphic distribution of secondary minerals in Unit VIII sam...
b = basalt, br = breccia, + = minor, ++ = major -
(Table 73) Vein minerals from basalts of the Nauru Basin, DSDP Site 61-462
This dataset has no description
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(Table T52) Secondary minerals in fine fraction sampled from alkaline basalts...
This dataset has no description
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(Table 1) Mineralogy of veins in basalts at DSDP Hole 61-462A
Numerous veins are present in basalts recovered from Hole 462A, Leg 61 of the Deep Sea Drilling Project. Three mineral assemblages are recognized and stratigraphically... -
Smear slide investigation on ODP Hole 183-1136A
This dataset has no description
