地震灾害时空对称性

PrefaceChapter 1 An Overview of Space-time Symmetry of Major Natural Disasters1．1 A Review of Research on Space-time Symmetry ofDisasters1．2 Research Content， Research Objectives and Key Scientific Problems to Be Solved1．3 Research Approach and Feasibility Analysis1．4 Progress in Disaster Symmetry Research1．5 Preliminary Analysis ofNatural Commensurability and Its MechanismsBibliographyChapter 2 Space-time Symmetry of Strong Earthquakes in the Western Pacific2．1 Symmetrical Space-time Structures of Strong Earthquakes in the Western North Pacific2．2 Symmetrical Space-time Structures of Strong Earthquakes in the Indonesian Island Arc2．3 Symmetrical Space-time Structures of Strong Earthquakes in Fiji2．4 Symmetrical Space-time Structures of Strong Earthquakes in Taiwan， ChinaBibliographyChapter 3 Space-time Symmetry of Strong Earthquakes in the Eastern Pacific3．1 Space-time Symmetry of Strong Earthquakes in Mexico3．2 Space-time Symmetry of Strong Earthquakes in Chile3．3 Space-time Symmetry of Strong Earthquakes in Alaska， USABibliographyChapter 4 Space-time Symmetry of Strong Earthquakes in the Western Eurasian Seismic Belt4．1 Space-time Symmetry of Strong Earthquakes in Italy4．2 Space-time Symmetry of Strong Earthquakes in IranBibliographyChapter 5 Space-time Symmetry ofEarthquakes in Mainland China andIts Adjacent Area5．1 Space-time Symmetry of Strong Earthquakes in Sichuan-Yunnan Region， China5．2 Space-time Symmetry of Earthquakes in Xinjiang， China and Its Adjacent Area5．3 Space-time Symmetry of Earthquakes in the Himalayas5．4 Space-time Symmetry of Earthquakes in the Fen-Wei Basin5．5 Time Symmetry ofEarthquakes in Beijing-Tianjin-Tangshan Region， ChinaBibliographyChapter 6 Research Results： A Collection of Verified Cases6．1 Trend Judgment ofNatural Disasters in the Exploration Stage6．2 Trend Judgment ofMajor Natural Disasters in the Research Stage6．3 A Summary of Research on Trend Judgment of Major EarthquakesBibliography