Based on digital seismic waveform data from Inner Mongolia Digital Seismic Network,the source spectrum parameters of 182 small and moderate earthquakes from January,2009to September,2016 are derived,and the seismic mo...Based on digital seismic waveform data from Inner Mongolia Digital Seismic Network,the source spectrum parameters of 182 small and moderate earthquakes from January,2009to September,2016 are derived,and the seismic momentmoment magnitude MW of the earthquakes are calculated.Theand the relationship between stress drop and magnitude are obtained using the linear regression method.It is clear that incorporating the moment magnitude into the seismic quick report catalog and the official earthquake catalog can enrich earthquake observation report content,thus providing better service for earthquake emergency and earthquake scientific research.展开更多
Using 116 earthquakes over M_L3.8 in the Inner Mongolia region from 2008 to 2015, the local earthquake magnitude M_L and surface wave magnitude M_S are remeasured. Based on norm linear regression(SR1 and SR2) and norm...Using 116 earthquakes over M_L3.8 in the Inner Mongolia region from 2008 to 2015, the local earthquake magnitude M_L and surface wave magnitude M_S are remeasured. Based on norm linear regression(SR1 and SR2) and norm(OR) orthogonal regression method, we established the conversion relationship between M_L and M_S. The results were tested with Gaussian disturbance. The result shows that the orthogonal regression method(OR) result has the best fitting curve, and the conversion relation is M_S=0.96 M_L-0.10. The difference between our result and Guo Lücan's(M_S=1.13 M_L-1.08) may be caused by regional tectonic characteristics. M_(S Inner Mongolia) value is significantly higher than the M_(S empirical) value, with an average difference of 0.23, the difference distribution of empirical relation and the rectified relation is in the range of 0.2-0.3.展开更多
Transcutaneous electrical acupoint stimulation(TEAS)is also known as low-frequency pulsed electrophysiological technology.TEAS is an enhanced recovery after surgery,which covers the preoperative,intraoperative,and pos...Transcutaneous electrical acupoint stimulation(TEAS)is also known as low-frequency pulsed electrophysiological technology.TEAS is an enhanced recovery after surgery,which covers the preoperative,intraoperative,and postoperative phases of the perioperative period,and the core concept is to promote the rapid recovery of patients.TEAS helps to repair local smooth muscle as well as nerves caused by surgery,increase blood circulation in the damaged area,restore innervation and vascular function,restore the balance of local venous and lymphatic circulation,reduce local pain as well as local tissue edema,reduce the occurrence of complications,reduce surgical discomfort,enhance therapeutic effects,and promote rapid recovery from surgery.展开更多
基金sponsored by the Major Science and Technology Projects in Inner Mongolia Autonomous Region “Research,Development,Popularization and Demonstration of Earthquake Prediction and Early Warning Technology in Key Areas”
文摘Based on digital seismic waveform data from Inner Mongolia Digital Seismic Network,the source spectrum parameters of 182 small and moderate earthquakes from January,2009to September,2016 are derived,and the seismic momentmoment magnitude MW of the earthquakes are calculated.Theand the relationship between stress drop and magnitude are obtained using the linear regression method.It is clear that incorporating the moment magnitude into the seismic quick report catalog and the official earthquake catalog can enrich earthquake observation report content,thus providing better service for earthquake emergency and earthquake scientific research.
基金sponsored by Science for the Earthquake Resilience,China Earthquake Administration(XH18012)the Major Science and Technology Projects "Application Demonstration Research of Key Engineering Monitoring System Based on Microseismic Location Technology",Inner Mongolia Autonomous Region
文摘Using 116 earthquakes over M_L3.8 in the Inner Mongolia region from 2008 to 2015, the local earthquake magnitude M_L and surface wave magnitude M_S are remeasured. Based on norm linear regression(SR1 and SR2) and norm(OR) orthogonal regression method, we established the conversion relationship between M_L and M_S. The results were tested with Gaussian disturbance. The result shows that the orthogonal regression method(OR) result has the best fitting curve, and the conversion relation is M_S=0.96 M_L-0.10. The difference between our result and Guo Lücan's(M_S=1.13 M_L-1.08) may be caused by regional tectonic characteristics. M_(S Inner Mongolia) value is significantly higher than the M_(S empirical) value, with an average difference of 0.23, the difference distribution of empirical relation and the rectified relation is in the range of 0.2-0.3.
基金Thanks to Shenzhen Bao'an District of Traditional Chinese Medicine Clinical Research(2023ZYYLCZX-12)Shenzhen“Medical and Health Three Projects”project grant(SZZYSM202106003)Scientific Research Project of Shandong Public Health Society(SGWXH202304),these projects provide fund sponsorship and support for this article.
文摘Transcutaneous electrical acupoint stimulation(TEAS)is also known as low-frequency pulsed electrophysiological technology.TEAS is an enhanced recovery after surgery,which covers the preoperative,intraoperative,and postoperative phases of the perioperative period,and the core concept is to promote the rapid recovery of patients.TEAS helps to repair local smooth muscle as well as nerves caused by surgery,increase blood circulation in the damaged area,restore innervation and vascular function,restore the balance of local venous and lymphatic circulation,reduce local pain as well as local tissue edema,reduce the occurrence of complications,reduce surgical discomfort,enhance therapeutic effects,and promote rapid recovery from surgery.
