000193561 001__ 193561
000193561 003__ CZ-ZdVUG
000193561 005__ 20190104104001.0
000193561 041__ $$aeng
000193561 040__ $$aABC039$$bcze
000193561 1001_ $$aKostelecký, Jan
000193561 24510 $$aGravity signal at Ghawar, Saudi Arabia, from the global gravitational field model EGM 2008 and similarities around
000193561 300__ $$a8 stran
000193561 5203_ $$9eng$$aGravity disturbances (or free-air anomalies), the Marussi tensor, invariants of the gravity field, and other functionals and functions (here called aspects) of the geopotential, as represented by recent global gravitational field models, are computed forGhawar, Saudi Arabia, (Al-Anazi, 2007) (Al-Almazi, 2007) and for surrounding areas. With the free-air gravity anomalies, derived from the Earth Gravitational Field Model 2008 (EGM 2008) or European Improved Gravity model of the Earth by New techniques (EIGEN)-6C3 gravity models (based on satellite as well as terrestrial data), we can see features well known to geologists, geophysicists, geomorphologists, and others. Resolution with the global gravitational models is, however, lower than with terrestrial data only, but our ?view? is global. With the invariants, strike angles, and virtual deformations, we can find more interesting features (than with the gravity anomalies themselves). We can see analogies between places with oil deposits
000193561 655_4 $$ačlánky
000193561 7001_ $$aKlokočník, Jaroslav
000193561 7730_ $$92015$$g8 (2015), s.3515-3532$$tArab J Geosci$$x1866-7511
000193561 85642 $$ahttps://www.rvvi.cz/riv?s=rozsirene-vyhledavani&ss=detail&n=0&h=RIV%2F00025615%3A_____%2F15%3A%230002174%21RIV16-MSM-00025615
000193561 910__ $$aABC039
000193561 980__ $$aclanky_vugtk
000193561 985__ $$akosteleckyjan
000193561 985__ $$aanotace
000193561 985__ $$ariv
000193561 985__ $$autvar21