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(Table 33) Fe, Mn, Ti, Ni, Co and Cu contents in ore crusts from upper and lo...
At sample labels: U = upper part; L = lower part. -
(Table 19) Chemical composition of rancieite
This dataset has no description
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(Table 11) Composition of nuclei from nodules of Polygon Vityaz-6298
Polygon Vityaz-5965 is a part of Polygon Vityaz-6298. Coordinates are polygon buoy position. -
(Table 10) Composition of nuclei from nodules of the Central Pacific
This dataset has no description
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(Table 5) Abundance of nodules on the bottom surface within Polygons Vityaz-5...
Coordinates are polygon buoy positions. -
(Table 2) Abundance of nodules on the bottom surface, data from grab samples
This dataset has no description
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(Table 2) Contents of U, P2O5, CO2, and TOC in phosphorites from Pacific seam...
Uranium content of in phosphorites from Pacific seamounts does not exceed 10ppm; it is significantly lower than in phosphorites from submarine continental margins and deposits... -
Major element and cadmium contents in phosphorites from Pacific seamounts
Cadmium contents in studied rocks from Pacific seamounts usually lower than both in biogenic-diagenetic shelf phosphorites and in pelagic sedimentatary-diagenetic Fe-Mn nodules.... -
(Table 3) Lanthanum and scandium contents in phosphorites from seamounts and ...
Scandium and lanthanum were analyzed using neutron activation and ICP-MS methods in 60 samples of oceanic phosphorites of various composition and age recovered from continental... -
(Table 1) Heat flow measurements in the Central Pacific during Cruise 48 of R...
Eight measurements of heat flow in the Pacific floor were made during Cruise 48 of R/V Vityaz; four on the Manihiki Plateau, three - on the Marcus-Necker Rise, and one - in the... -
Chemical composition of Fe-Mn nodules and crusts from oceans and seas
Fluorine concentrations were determined ionometrically with an error of 0.02% in iron-manganese materials of the ocean. They were: 0.02-0.04% in ocean iron-manganese nodules,... -
Chemical composition of rocks from the Marcus-Necker Rise
The Marcus Necker Rise has two geologically distinct parts: the western one is composed of the Marcus Wake seamounts and the eastern one of the Wake-Necker seamounts. The first... -
(Table 1) Positions of the Mesocena elliptica zone in sediment cores from the...
The Mesocena elliptica Ehr. zone in deep-sea sediments of the Pacific Ocean is characterized by a short vertical range at the base of the Pleistocene section. Depending on... -
(Table 1) Positions of the Mesocena elliptica zone in sediment cores from the...
The Mesocena elliptica Ehr. zone in deep-sea sediments of the Pacific Ocean is characterized by a short vertical range at the base of the Pleistocene section. Depending on...
