Abstract
As part of comprehensive, nationwide evaluation of the Seismic risk at the Nuclear Power Plant site of the Laguna Verde (LVNP) the first of the acceleration ground motion maps, covering for a circular distance value 200 Km around, has been prepared. The maps were created the acceleration grounds motion expected over intervals 1, 25, 50, 100 and 200 years by using Gumbel`s (I, III) theory of extreme value statistics of the seismic data. It`s reaching operating basis earthquake (OBE) value 0.1 g. in 100 years forecasting and 200 years this value is 0.114 G is more than OBE, but minor than safety shutdown earthquake (SSE). The acceleration ground motion risk maps are compared to regional geology, seismicity (1920-1982) and gravity data. Good correlations are found between the accelerations ground motion risk and seismicity. A spatial correlation observed between gravity and structure with acceleration ground motion rise is considered a secondary the structural effect. Locations of the currently operating NPP correspond to low seismicity risk area. Based on these comparations, it is concluded that the method provides geologically reasonable results which are usable in a nationwide NPP assessment program (Author).
Citation Formats
Flores Ruiz, J H.
Geological-Geophysical integration in the Laguna Verde Nuclear Power Plant site and its surroundings.; Integracion geologica-geofisica en el area de la planta nucleoelectrica de Laguna Verde y sus alrededores..
Mexico: N. p.,
1990.
Web.
Flores Ruiz, J H.
Geological-Geophysical integration in the Laguna Verde Nuclear Power Plant site and its surroundings.; Integracion geologica-geofisica en el area de la planta nucleoelectrica de Laguna Verde y sus alrededores..
Mexico.
Flores Ruiz, J H.
1990.
"Geological-Geophysical integration in the Laguna Verde Nuclear Power Plant site and its surroundings.; Integracion geologica-geofisica en el area de la planta nucleoelectrica de Laguna Verde y sus alrededores."
Mexico.
@misc{etde_10143899,
title = {Geological-Geophysical integration in the Laguna Verde Nuclear Power Plant site and its surroundings.; Integracion geologica-geofisica en el area de la planta nucleoelectrica de Laguna Verde y sus alrededores.}
author = {Flores Ruiz, J H}
abstractNote = {As part of comprehensive, nationwide evaluation of the Seismic risk at the Nuclear Power Plant site of the Laguna Verde (LVNP) the first of the acceleration ground motion maps, covering for a circular distance value 200 Km around, has been prepared. The maps were created the acceleration grounds motion expected over intervals 1, 25, 50, 100 and 200 years by using Gumbel`s (I, III) theory of extreme value statistics of the seismic data. It`s reaching operating basis earthquake (OBE) value 0.1 g. in 100 years forecasting and 200 years this value is 0.114 G is more than OBE, but minor than safety shutdown earthquake (SSE). The acceleration ground motion risk maps are compared to regional geology, seismicity (1920-1982) and gravity data. Good correlations are found between the accelerations ground motion risk and seismicity. A spatial correlation observed between gravity and structure with acceleration ground motion rise is considered a secondary the structural effect. Locations of the currently operating NPP correspond to low seismicity risk area. Based on these comparations, it is concluded that the method provides geologically reasonable results which are usable in a nationwide NPP assessment program (Author).}
place = {Mexico}
year = {1990}
month = {Dec}
}
title = {Geological-Geophysical integration in the Laguna Verde Nuclear Power Plant site and its surroundings.; Integracion geologica-geofisica en el area de la planta nucleoelectrica de Laguna Verde y sus alrededores.}
author = {Flores Ruiz, J H}
abstractNote = {As part of comprehensive, nationwide evaluation of the Seismic risk at the Nuclear Power Plant site of the Laguna Verde (LVNP) the first of the acceleration ground motion maps, covering for a circular distance value 200 Km around, has been prepared. The maps were created the acceleration grounds motion expected over intervals 1, 25, 50, 100 and 200 years by using Gumbel`s (I, III) theory of extreme value statistics of the seismic data. It`s reaching operating basis earthquake (OBE) value 0.1 g. in 100 years forecasting and 200 years this value is 0.114 G is more than OBE, but minor than safety shutdown earthquake (SSE). The acceleration ground motion risk maps are compared to regional geology, seismicity (1920-1982) and gravity data. Good correlations are found between the accelerations ground motion risk and seismicity. A spatial correlation observed between gravity and structure with acceleration ground motion rise is considered a secondary the structural effect. Locations of the currently operating NPP correspond to low seismicity risk area. Based on these comparations, it is concluded that the method provides geologically reasonable results which are usable in a nationwide NPP assessment program (Author).}
place = {Mexico}
year = {1990}
month = {Dec}
}