seismic activity

seismic activity的基本解释

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地震活动性

与seismic activity相关的网络例句 [注：此内容来源于网络，仅供参考]

In this paper, the author records followed, in February 1996 the capacity of 3 to 7 day and night and seismic November 9, 1996 Health and Activity 160 kilometers before and after the 6.1 earthquake, meteorological cloud anomalies of the whole process of change , and 2-4 days in advance of earthquake prediction and the magnitude of the region; the earthquake in China's Xinjiang, Tibet, earthquake, earthquake in Yunnan Province, four Kawasaki Wenchuan 8 earthquake, the Taiwan earthquake, Iran earthquakes, the earthquake in Pakistan, Afghanistan, earthquake, earthquake in Indonesia and Japan earthquake happened before and after the anomaly caused by meteorological satellite cloud images and the different characteristics of the atmospheric circulation anomalies; describes the November 4, 1952 Kamchatka 8.5 earthquake and November 6, 1958 Kuril Islands 8.2 earthquake in 1960, May 21 Day 2 after 7.9 earthquake occurred in Chile and 8.5 earthquakes, August 25, 1933 North Sichuan Timor-mao Diego River and the 7.5 earthquake in 1976 in Tangshan, Hebei 7.8 earthquake happened before and after the abnormal atmospheric circulation features; analyzed, drought in our country large floods, heavy rain and local in 2008 China's 21 provinces in spring Serious frozen snow disasters, which occurred due to seismic activity.

本文介绍了笔者跟踪观察记录的，1996年2月3日云南丽江7级地震和1996年11月9日上海东160公里6.1级地震发生前后，气象卫星云图异常特征变化的全过程，并提前2—4天预测出地震发生区域和震级；阐述了我国新疆地震、西藏地震、云南地震、四川汶川8级大地震、台湾地震、伊朗地震、巴基斯坦地震、阿富汗地震、印尼地震和日本地震，发生前后引起气象卫星云图异常变化的不同特征和异常的大气环流；描述了1952年11月4日堪察加8.5级地震和1958年11月6日千岛群岛8.2级地震，1960年5月21日后24日智利发生7.9级地震和8.5级地震，1933年8月25日四川茂汶北迭溪7.5级地震和1976年河北唐山7.8级地震，发生前后大气环流出现异常的特征；分析研究了，我国大旱大涝、局部大暴雨和2008年春季我国21个省发生严重冰冻雨雪灾害，发生的原因是地震活动。

For example, by using the functions of GIS for map layers piling and combination, data query and comprehensive analysis, the seismotectonic map of Eastern Asia Region is compiled, the potential seismic source area of the region is delineated and their seismic activity parameters are obtained respectively. On the bases of these, the peak ground accelerations with probability of exceedence of 10%in 50 years for Eastern Asian Region are computed and assessed by 1°×1°.

以东亚地区地震危险性分析为例，在GIS平台下，利用GIS的图层叠加和拼接、空间数据查询和综合分析功能，编制了东亚地区地震构造图，划分了该区的潜在震源区，并得到了各潜在震源区相应的地震活动性参数，在此基础上，按1°×1°计算和分析了东亚地区未来50年超越概率为10％的峰值地面加速度。

Our results highlight that the mid-ocean ridge seismic belt, circum-pacific seismic belt and continental rift seismic belt all lie in the graben-horst structure and the movement of the horst might be closely related to the seismic activity.

研究发现，大洋中脊地震带、环太平洋地震带和大陆裂谷地震带均位于&两堑夹－垒&楔块系统中，其中一垒的活动，即倒楔的运动与地震带紧密相关。

与seismic activity相关的网络解释 [注：此内容来源于网络，仅供参考]

Seismic activity：地震活动

洞穴 Caves | 地震活动 Seismic activity | 地震监测 Seismic monitoring

Seismic activity：地震活动; 地震活动性

seismic acceleration indicator 地震加速指示计 | seismic activity 地震活动; 地震活动性 | seismic amplifier 地震放大器

Seismic activity：震地聚会

震地监测 Seismic monitoring | 震地聚会 Seismic activity | 沉积盆地 Sedimentary basins