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Automated Classification of Deep-Sea Sediments
SEPM Journal of Sedimentary Research, 1977ABSTRACT Meaningful synthesis of results from the Deep Sea Drilling Project is inhibited by the extreme variability of the data. An automated scheme to bring uniformity to the basic lithologic data is described and results of its application are discussed.
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Remote Sediment Property Sediment Classification and Property Estimation
2003Abstract : The long-term research objective is to develop a cost effective technique for mapping the top 20 meters of sediment properties using acoustic remote sensing. In previous years, a chirp sonar was developed to provide quantitative, wideband reflection measurements of the seabed with a vertical resolution of 10 cm.
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Remote acoustic classification of marine sediments
The Journal of the Acoustical Society of America, 1981Acoustic echosounding is used to classify shallow marine sediments on the basis of three quantitative parameters—the total echo spatial coherence at 3 and 10 kHz [Dunsiger et al., IEEE J. Ocean. Eng. 6, (in press)] and a subbottom windowed spatial coherence ratio (Q41 ratio) at 3 kHz.
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Classification of deep sea, fine-grained sediments
International Journal of Rock Mechanics and Mining Sciences & Geomechanics Abstracts, 1985ABSTRACT Most deep-sea sediments contain one or more biogenic components and one dominant nonbiogenic component, usually clay or silty clay. We present a descriptive classification scheme in which deep-sea, fine-grained sediments are placed within a three-component system of calcareous-biogenic, siliceous-biogenic, and nonbiogenic components.
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PROPOSED CLASSIFICATION OF VOLCANICLASTIC SEDIMENTS AND ROCKS
Geological Society of America Bulletin, 1961Volcaniclastic sediments and rocks are divided here into autoclastic, pyroclastic, and epiclastic types with grain-size limits the same as non-volcanic epiclastic rocks. Autoclastic rocks contain fragments that are produced within (but not usually extruded from) volcanic vents, during movement of lava flows, or by gas explosions within flows that have ...
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Classification and distribution of oceanic sediments
AIP Conference Proceedings, 2023D. A. Ozerova +4 more
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Sedimentation Hydraulic Classification.
Industrial & Engineering Chemistry, 1946R. P. Kite, A. J. Fischer
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