Heat pipes are an important feature of models of vapor-dominated geothermal reservoirs. Numerical experiments reveal that a vapor-dominated heat pipe is unstable if pressure is controlled at shallow levels. This instability is discussed in physical terms, and some implications for geothermal reservoirs are considered. 9 refs., 10 figs
The installation and operation of enhanced geothermal systems (EGS) involves many challenges. These ...
Enhanced/Engineered Geothermal Systems (EGS) have the potential to provide a significant amount of b...
Vapor-dominated geothermal systems are proposed to originate by downward extension (by the "hea...
White, Muffler, and Truesdell (1971) and Truesdell and White (1973) developed a conceptual model of ...
Numerical experiments, based on linear stability results, are invoked to model the evolution of two-...
Hydrothermal systems typically consist of hot permeable rock which contains either liquid or liquid ...
Hydrothermal systems typically consist of hot perme-able rock which contains either liquid or liquid...
This paper summarizes an ongoing numerical modeling effort aimed at describing some of the thermodyn...
The existence of fractures favors heat pipe development in a geologic repository as does a partially...
Researches the physical properties of the mixture of water underground and gases is investigated in...
In order to better understand the diverse discharge styles and eruption intervals observed at geothe...
The heat transport and lithospheric dynamics of early Earth are currently explained by plate tectoni...
The goal of this project is to measure pressure drop in gathering pipelines in a geothermal power pl...
The installed capacity of geothermal systems for direct use of heat is increasing worldwide. As thei...
Abstract. Geothermal reservoirs are part of the system needed to produce electricity using geotherma...
The installation and operation of enhanced geothermal systems (EGS) involves many challenges. These ...
Enhanced/Engineered Geothermal Systems (EGS) have the potential to provide a significant amount of b...
Vapor-dominated geothermal systems are proposed to originate by downward extension (by the "hea...
White, Muffler, and Truesdell (1971) and Truesdell and White (1973) developed a conceptual model of ...
Numerical experiments, based on linear stability results, are invoked to model the evolution of two-...
Hydrothermal systems typically consist of hot permeable rock which contains either liquid or liquid ...
Hydrothermal systems typically consist of hot perme-able rock which contains either liquid or liquid...
This paper summarizes an ongoing numerical modeling effort aimed at describing some of the thermodyn...
The existence of fractures favors heat pipe development in a geologic repository as does a partially...
Researches the physical properties of the mixture of water underground and gases is investigated in...
In order to better understand the diverse discharge styles and eruption intervals observed at geothe...
The heat transport and lithospheric dynamics of early Earth are currently explained by plate tectoni...
The goal of this project is to measure pressure drop in gathering pipelines in a geothermal power pl...
The installed capacity of geothermal systems for direct use of heat is increasing worldwide. As thei...
Abstract. Geothermal reservoirs are part of the system needed to produce electricity using geotherma...
The installation and operation of enhanced geothermal systems (EGS) involves many challenges. These ...
Enhanced/Engineered Geothermal Systems (EGS) have the potential to provide a significant amount of b...
Vapor-dominated geothermal systems are proposed to originate by downward extension (by the "hea...