Publication: Análisis del estado térmico, estructura y evolución interna de Marta y Europa
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2021-06-01
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Universidad Complutense de Madrid
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Abstract
La investigación presentada en esta Tesis Doctoral ha proporcionado una ampliación sobre el estudio geológico y la caracterización de la litosfera y la corteza de dos de los cuerpos planetarios con más repercusión mediática de nuestro sistema solar: Marte y Europa. Ambos cuerpos planetarios registran una actividad geológica continuada en el tiempo, una condición que ha sido imprescindible, por ejemplo, para mantener las condiciones habitables en nuestro planeta. Así, los estudios y análisis sobre la dinámica global y regional de ambos cuerpos, su estado térmico y estructura, pueden ser de gran interés para seguir avanzando en el conocimiento sobre la evolución de estos dos cuerpos con interesantes historias geológicas...
The research included in this Thesis has provided an additional insight about the geological study and characterization of the lithosphere and crust of two of the most visible planetary bodies in our solar system: Mars and Europa. Both planetary bodies apparently have had an extensive geological activity along its history, a condition that has been essential, for example, to maintain the habitability conditions in our planet. Thus, the studies and analyses on the global and regional geodynamics of both bodies, and their thermal state and structure, can be of great interest to continue improving our knowledge on the evolution of these two worlds with interesting geological histories...
The research included in this Thesis has provided an additional insight about the geological study and characterization of the lithosphere and crust of two of the most visible planetary bodies in our solar system: Mars and Europa. Both planetary bodies apparently have had an extensive geological activity along its history, a condition that has been essential, for example, to maintain the habitability conditions in our planet. Thus, the studies and analyses on the global and regional geodynamics of both bodies, and their thermal state and structure, can be of great interest to continue improving our knowledge on the evolution of these two worlds with interesting geological histories...
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Tesis inédita de la Universidad Complutense de Madrid, Facultad de Ciencias Geológicas, Departamento de Geodinámica, Estratigrafía y Paleontología, leída el 23-11-2020