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Physical properties of marine sediments

TLDR
In this paper, it was shown that seafloor sediments that blanket the ocean floor are of widely varying thickness but seismic observations indicate that 200 to 400 meters in the Pacific and one kilometer in the Atlantic are fairly typical values for deep water.
Abstract
: The unconsolidated sediments that blanket the ocean floor are of widely varying thickness but seismic observations indicate that 200 to 400 meters in the Pacific and one kilometer in the Atlantic are fairly typical values for deep water. At present direct observation of these sediments is limited to such samples as may be recovered by dredging or coring operations, for drilling has been carried out only in the shallow waters of the coastal shelves. Knowledge of the physical properties of the great bulk of the sediments deeper than the few tens of feet reached by coring equipment is thus necessarily derived from geophysical observations.

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تحقيقات جيوحرارية واحتملات الهيدروكربونات في شمال الصحراء الغربية

TL;DR: In this paper, the authors propose a framework to improve the quality of the information provided by the Internet and its connections to the real world by using a set of tools from the Internet.

Scismic Velocity Analysis of Ras Budran Area, Gulf of Suez, Egypt

TL;DR: In this article, the average velocity gradients at the top of Zeit Formation, South Gharib Formation, Belayim Formation, Kareem Formation, Rudeis Formation (Upper and lower) and Nukhul Formation were calculated and drawn at the tops of Zeit and South GHarib formations.

Crust and Upper Mantle Structure from Joint Inversion of Body Wave and Gravity Data (Postprint). Annual Report 1

TL;DR: In this article, the crustal and upper mantle velocity structure of the region expressing the continental collision between the Arabian and Eurasian plates using a joint inversion of body wave arrival times and satellite gravity is investigated.