Add to ORKGThe principal aim of this work is to show that the heat flux through one region of the Earth can be altered by external factors to the borehole where the heat flux is measured. Temperatures can be altered, in the region, due to chemical exothermic reactions between water and some ore minerals. The last factor studied is the effect of water circulation in the region. We made a model with an aquifer in the region, and studied the temperature distribution using different hydraulic permeability values and different depths of the aquifer. With this model, we obtained the temperature and the vertical heat flow values in the region
Geothermics as a discipline of Geophysics deals with the description of the thermal regime, its vari...
The proper measurement and understanding of heat flow values is essential in studies of tectonics (r...
A wellbore or borehole is a hole drilled in the ground to extract or explore the earth's natural res...
The principal aim of this work is to show that the heat flux through one region of the Earth can be ...
Soil temperatures can be altered by water circulation. We present, in this work, a model simulating ...
The temperature field in the formation disturbed by the heat flow from the borehole is modeled by th...
ABSTRACT Groundwater temperature at an arbitrary depth and at an arbitrary point is determined not o...
A simple model was derived which may be used to explain measured temperature anomalies in areas of u...
The useful lifetime of a geothermal reservoir as an energy source can depend strongly on the techniq...
Assessment of the heat either delivered from high temperature rocks to the borehole or transmitted t...
Estimating the heat flux at the near-surface and atmospheric boundary in geothermal areas is a usefu...
Pollack, H.N. and Chapman, D.S., 1977. On the regional variation of heat flow, geo-therms, and litho...
In the present paper it is shown how profiles consisting of closely spaced (≤10 m) temperature measu...
A one-dimensional (1-D) analytic solution is developed for heat transport through an aquifer system ...
In the present paper it is shown how profiles consisting of closely spaced (≤10 m) temperature measu...
Geothermics as a discipline of Geophysics deals with the description of the thermal regime, its vari...
The proper measurement and understanding of heat flow values is essential in studies of tectonics (r...
A wellbore or borehole is a hole drilled in the ground to extract or explore the earth's natural res...
The principal aim of this work is to show that the heat flux through one region of the Earth can be ...
Soil temperatures can be altered by water circulation. We present, in this work, a model simulating ...
The temperature field in the formation disturbed by the heat flow from the borehole is modeled by th...
ABSTRACT Groundwater temperature at an arbitrary depth and at an arbitrary point is determined not o...
A simple model was derived which may be used to explain measured temperature anomalies in areas of u...
The useful lifetime of a geothermal reservoir as an energy source can depend strongly on the techniq...
Assessment of the heat either delivered from high temperature rocks to the borehole or transmitted t...
Estimating the heat flux at the near-surface and atmospheric boundary in geothermal areas is a usefu...
Pollack, H.N. and Chapman, D.S., 1977. On the regional variation of heat flow, geo-therms, and litho...
In the present paper it is shown how profiles consisting of closely spaced (≤10 m) temperature measu...
A one-dimensional (1-D) analytic solution is developed for heat transport through an aquifer system ...
In the present paper it is shown how profiles consisting of closely spaced (≤10 m) temperature measu...
Geothermics as a discipline of Geophysics deals with the description of the thermal regime, its vari...
The proper measurement and understanding of heat flow values is essential in studies of tectonics (r...
A wellbore or borehole is a hole drilled in the ground to extract or explore the earth's natural res...