Vapor-dominated geothermal systems are proposed to originate by downward extension (by the ''heat pipe'' mechanism) into hot dry fractured rock above a large cooling igneous intrusion. High temperature zones found by drilling are shallow parts of the original hot dry rock where the penetration of the vapor reservoir was limited, and hot dry rock may extend under much of these reservoirs. An earlier hot water geothermal system may have formed during an early phase of the heating episode
Hydrothermal systems typically consist of hot permeable rock which contains either liquid or liquid ...
Numerical experiments, based on linear stability results, are invoked to model the evolution of two-...
The model of formation of anomalous structures of geochemical fields during formation of thermo-flui...
Vapor-dominated geothermal systems are proposed to originate by downward extension (by the "hea...
High-temperature hydrothermal systems are physically and chemically zoned with depth. The energy inp...
This paper summarizes an ongoing numerical modeling effort aimed at describing some of the thermodyn...
The commercial utilization of geothermal energy forms the basis of the largest renewable energy indu...
White, Muffler, and Truesdell (1971) and Truesdell and White (1973) developed a conceptual model of ...
as the first major hot-water system to be exploited for the generation of electricity. There is a te...
Tyt. z nagłówka.Bibliogr. s. 60-[63].The article presents an overview of developing unconventional g...
Three conceptual models are presented to illustrate the range of natural hydrothermal convection sys...
We examine the heat extracted from a fractured hydrothermal system following the sudden dilation of ...
Smith et al (1975) have proposed the creation of man-made geothermal energy reservoirs by drilling i...
Hot dry rock (HDR) contains insufficient permeability and fluid for natural hydrothermal development...
International audienceThe way faults control upward fluid flow in nonmagmatic hydrothermal systems i...
Hydrothermal systems typically consist of hot permeable rock which contains either liquid or liquid ...
Numerical experiments, based on linear stability results, are invoked to model the evolution of two-...
The model of formation of anomalous structures of geochemical fields during formation of thermo-flui...
Vapor-dominated geothermal systems are proposed to originate by downward extension (by the "hea...
High-temperature hydrothermal systems are physically and chemically zoned with depth. The energy inp...
This paper summarizes an ongoing numerical modeling effort aimed at describing some of the thermodyn...
The commercial utilization of geothermal energy forms the basis of the largest renewable energy indu...
White, Muffler, and Truesdell (1971) and Truesdell and White (1973) developed a conceptual model of ...
as the first major hot-water system to be exploited for the generation of electricity. There is a te...
Tyt. z nagłówka.Bibliogr. s. 60-[63].The article presents an overview of developing unconventional g...
Three conceptual models are presented to illustrate the range of natural hydrothermal convection sys...
We examine the heat extracted from a fractured hydrothermal system following the sudden dilation of ...
Smith et al (1975) have proposed the creation of man-made geothermal energy reservoirs by drilling i...
Hot dry rock (HDR) contains insufficient permeability and fluid for natural hydrothermal development...
International audienceThe way faults control upward fluid flow in nonmagmatic hydrothermal systems i...
Hydrothermal systems typically consist of hot permeable rock which contains either liquid or liquid ...
Numerical experiments, based on linear stability results, are invoked to model the evolution of two-...
The model of formation of anomalous structures of geochemical fields during formation of thermo-flui...