A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The Aqaba Eartquake of November 22, 1995 and Co-Seismic Deformation in Sinai Peninsula, Deduced from Repeated GPS Measurements
Abstract The new techniques of space geodesy, especially the Global Positioning System (GPS), allow the monitoring of ongoing crustal deformation and provide a powerful tool for the analysis of the regional seismotectonic regime and characterization of current strain accumulation and release.
The Aqaba Eartquake of November 22, 1995 and Co-Seismic Deformation in Sinai Peninsula, Deduced from Repeated GPS Measurements
Abstract The new techniques of space geodesy, especially the Global Positioning System (GPS), allow the monitoring of ongoing crustal deformation and provide a powerful tool for the analysis of the regional seismotectonic regime and characterization of current strain accumulation and release.
The Aqaba Eartquake of November 22, 1995 and Co-Seismic Deformation in Sinai Peninsula, Deduced from Repeated GPS Measurements
Kimata, F. (author) / Tealeb, A. (author) / Murakami, H. (author) / Furukawa, N. (author) / Mahmoud, S. (author) / Khalil, H. (author) / Sakr, K. O. (author) / Hamdy, A. M. (author)
1997
Article (Journal)
English
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