Results 141 to 150 of about 231 (181)

CALCULATIONS ON THE THERMAL CONDITIONS AROUND A SALT DIAPIR*

Geophysical Prospecting, 1983
AbstractTemperature modeling around the Vejrum salt structure in Denmark shows that the heat flow near the top is twice the regional heat flow. The temperature in the vicinity of the top of the diapir is thus anomalously high. Overlying permeable formations could therefore be attractive for geothermal energy exploitation. A negative temperature anomaly
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Rim syncline volume estimation and salt diapirism

Nature, 1986
Quantitative studies of salt structures are based on the assumption of a simple relationship between excess sediment volumes and the volumetric growth of salt structures. This assumption is inadequate and, instead, this article shows how the excess volume relates to the volume swept out by the deforming sediment surface and the moving salt/sediment ...
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Mechanics of Active Salt Diapirism

Report Investigation, 1994
D.D. Schultz- Ela, M.P.A. Jackson, B.C. Vendeville   +2 more
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Analysis of the temperature field around salt diapirs

Geothermics, 1990
Abstract The temperature field around salt diapirs has been calculated with a finite-element method, whose accuracy is estimated by comparing simulation results with analytical solutions. Temperature, anomaly, and heat flux are calculated in cross-sections through two-dimensional (2D) and axisymmetric (3D) structures.
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HOW COMPLICATED IS THE SIMPLIFIED GEOMETRY OF SALT DIAPIRS?

1993
AbstractSix rates (overburden accumulation, A’, diapiric rise, R’, extension, Ex’, shortening, Sh’, dissolution, D’, and erosion, Er’), mold the geometry of salt structures. In order to illustrate their influence on salt structures, for the first time, these parameters are shown together in a single plot. These parameters comprise three couples, A’ and
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Iran's salt diapirs

Journal of Structural Geology, 1992
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Prediction of the internal structure of salt diapirs - is that possible?

We explore this question using the example of salt structures in Northern Germany. The salt mines in the North German basin are among the best explored in the world. The question now arises as to whether findings on the internal structure of these salt structures also allow conclusions to be drawn about previously unexplored diapirs.
Jähne-Klingberg, Fabian, Pollok, Lukas
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MODELLING OF BUOYANT SALT DIAPIRISM

1987
I. Lerche, J.J. O'Brien
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Internal Kinematics of Salt Diapirs: REPLY1

AAPG Bulletin, 1989
C. J. Talbot, M. P. A. Jackson
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Salt Diapirism in Southern Iran: Discussion

AAPG Bulletin, 1976
P. E. Kent, H. D. Hedberg
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