福建省“九五”地震监测台网台站震级校正及单台震级应用研究
张红才, 金星, 马强, 韦永祥, Jun Li, 陈慧芳
Abstract
张红才, 金星, 马强, 韦永祥, Jun Li, 陈慧芳
Abstract
This paper briefly introduces the construction and development of Fujian earthquake monitoring network. Based on original earthquake magnitude calculation methods, the paper analyzes the magnitude biases of the 29 stations in the ”nine-five” network and its influence on the final network's magnitude result. Based on this, the paprer calibrates the single station's magnitude result. Then the paper regresses the relationship between single station's magnitude result and final network's magnitude result for inner and outer cases respectively, and records the time needed for the single station's magnitude calculation. The result showed that using the magnitude calculation method presented in this paper, it cost about 10 minutes to estimate the magnitude for earthquakes in the network.
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This paper briefly introduces the construction and development of Fujian earthquake monitoring network. Based on original earthquake magnitude calculation methods, the paper analyzes the magnitude biases of the 29 stations in the ”nine-five” network and its influence on the final network's magnitude result. Based on this, the paprer calibrates the single station's magnitude result. Then the paper regresses the relationship between single station's magnitude result and final network's magnitude result for inner and outer cases respectively, and records the time needed for the single station's magnitude calculation. The result showed that using the magnitude calculation method presented in this paper, it cost about 10 minutes to estimate the magnitude for earthquakes in the network.
Key concepts: Magnitude (astronomy), Earthquake magnitude, Richter magnitude scale, Geodesy, Computer science, Geology, Mathematics, Physics