Passive lunar seismic experiment
Design of three-axes seismographic system for Apollo lunar landing mission
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Design of three-axes seismographic system for Apollo lunar landing mission
Active lunar seismological experiment utilizing explosive charge source
Wall vibrations and amplitude attenuations measured in tunnel and cavity formed by underground nuclear explosion
Velocity reversals in Earth crust and low velocity zone of upper lithosphere
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The Jet Propulsion Laboratory (JPL) and other institutions under the umbrella of the Southern California Earthquake Center (SCEC) are implementing a continuously operating dense GPS array in greater Los Angeles to measure movement along fault lines.
Recent tomographic views of mantle are used to estimate corresponding lateral variations in effective viscosity under the assumption that temperature fluctuations about spherically symmetric mean values are the sole source of shear wave velocity anomalies.
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Several space based technologies and space derived data sets have significant application to.
This is a research summary to fulfill the requirements for independent research credits at my academic institution: the University of Arizona Program in Applied Mathematics, Tucson, AZ.
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Earthquakes affect numerous nuclear power plants around the world and safe earthquake design requires that the physics of reactors subjected to earthquakes is well understood. This project attempts to understand the physics of molten salt reactors (MSRs) subjected to earthquakes using coupled multiphysics tools in MOOSE. A beyond-design-basis scenario of an unprotected pump trip (ULOFA) during an earthquake is analyzed.
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