Add to ORKGThree conceptual models are presented to illustrate the range of natural hydrothermal convection systems in which vapor-dominated conditions are found. Numerical simulation is used to test the feasibility of these models and to demonstrate geologically plausible evolutionary pathways for each model. 2 figs., 13 refs
High-temperature hydrothermal systems are physically and chemically zoned with depth. The energy inp...
What field studies need to be carried out in order to test the hydrotherrnal model for the origin of...
The heat output of the radioactive waste proposed to be emplaced at Yucca Mountain will strongly aff...
We describe simulation of the transient evolution of a "cold" hydrothermal system into a steady-stat...
Numerical experiments, based on linear stability results, are invoked to model the evolution of two-...
Vapor-dominated geothermal systems are proposed to originate by downward extension (by the ''heat pi...
Most geothermal systems under exploitation for direct use or electrical power production are of the ...
A comparative assessment of five sites is being prepared as part of a Continental Scientific Drillin...
White, Muffler, and Truesdell (1971) and Truesdell and White (1973) developed a conceptual model of ...
The movies show the evolution in time of 2-D numerical model calculations investigating hydrothermal...
This paper summarizes an ongoing numerical modeling effort aimed at describing some of the thermodyn...
The permeability of the oceanic crust is the primary hydrologic parameter that controls the geometry...
The hydrothermal system in the vicinity of Lassen Volcanic National Park contains a central region o...
Report Number: SAND-80-1671; OSTI ID: 5139708A comparative assessment of five sites is being prepare...
Abstract: High-temperature hydrothermal venting, which heat is transferred from the lithosphere tot...
High-temperature hydrothermal systems are physically and chemically zoned with depth. The energy inp...
What field studies need to be carried out in order to test the hydrotherrnal model for the origin of...
The heat output of the radioactive waste proposed to be emplaced at Yucca Mountain will strongly aff...
We describe simulation of the transient evolution of a "cold" hydrothermal system into a steady-stat...
Numerical experiments, based on linear stability results, are invoked to model the evolution of two-...
Vapor-dominated geothermal systems are proposed to originate by downward extension (by the ''heat pi...
Most geothermal systems under exploitation for direct use or electrical power production are of the ...
A comparative assessment of five sites is being prepared as part of a Continental Scientific Drillin...
White, Muffler, and Truesdell (1971) and Truesdell and White (1973) developed a conceptual model of ...
The movies show the evolution in time of 2-D numerical model calculations investigating hydrothermal...
This paper summarizes an ongoing numerical modeling effort aimed at describing some of the thermodyn...
The permeability of the oceanic crust is the primary hydrologic parameter that controls the geometry...
The hydrothermal system in the vicinity of Lassen Volcanic National Park contains a central region o...
Report Number: SAND-80-1671; OSTI ID: 5139708A comparative assessment of five sites is being prepare...
Abstract: High-temperature hydrothermal venting, which heat is transferred from the lithosphere tot...
High-temperature hydrothermal systems are physically and chemically zoned with depth. The energy inp...
What field studies need to be carried out in order to test the hydrotherrnal model for the origin of...
The heat output of the radioactive waste proposed to be emplaced at Yucca Mountain will strongly aff...