coseismic

1. The Coseismic Coast Fast Sinkage and the Following Possible Tsunami Caused by the 1605Qiongshan Strong Earthquake and the Evidence

1605年瓊山強(qiáng)地震導(dǎo)致的同震海岸快速下沉、可能緊隨的海嘯及其證據(jù)

2. 1 earthquake is simulated by use of elastic finite element method and GPS observations,the coseismic apparent strain variation field and the coseismic dislocation of main active faults are calculated.

1地震產(chǎn)生的同震水平位移場,計(jì)算了同震視應(yīng)變變化場及主要活動(dòng)斷裂的同震錯(cuò)動(dòng)。

3. Analysis of the Coseismic Effect of the Dec.26,2004 M8.7 Indonesia Earthquake upon Guangdong Region

2004年12月26日印尼8.7級(jí)強(qiáng)震廣東地區(qū)同震效應(yīng)分析

4. coseismic deformation

n. 同震形變

5. This earthquake resulted in surface rupture and ground displacement.It s a good opportunity to verify the relation between crust deformation and coseismic motion in this area.

中文摘要921集集地震造成地表大幅度移位(同震變形)，地表破裂長度超過96公里，地表最大位移量將近10公尺。

6. PRELIMINARY STUDY ON COSEISMIC STEPS OF WATER-LEVEL IN DAZHAI WELL, SIMAO CITY, YUNNAN PROVINCE

云南思茅大寨井水位同震階變的初步研究

7. COSEISMIC EFFECTS OF WATER TEMPERATURE BASED ON DIGITAL OBSERVATION FROM TAYUAN WELL, BEIJING

北京塔院井?dāng)?shù)字化觀測水溫的同震效應(yīng)研究

8. coseismic displacement

同震位移

9. coseismic signal

同震信號(hào)

10. coseismic change

同震變化

11. coseismic rupture

同震變形

12. coseismic response

同震響應(yīng)

13. Coseismic surface rupture

同震地表變形

14. coseismic stress

同震應(yīng)力

15. Coseismic effect

同震效應(yīng)

16. coseismic horizontal displacement field

同震水平位移場

17. TELE-SEISMIC COSEISMIC WELL TEMPERATURE CHANGES AND THEIR INTERPRETATION

唐山井水溫的同震變化及其物理解釋

18. Research on coseismic and post seismic effect of ground water for the local and near earthquake

地方震及近震地下水同震震后效應(yīng)研究

19. Keywords: coseismic crustal deformation, geodetic survey, surface rupture, active fault, Tottori-ken

地震時(shí)地殼0動(dòng),測地測量,地震斷層,活斷層,鳥取0西部地震

20. Coseismic Gravity Landforms and Soil Erosion in the Shanxi Graben System

山西地塹系地震重力地貌發(fā)育及其與水土流失的關(guān)系

21. Application of interferometric SAR for extracting coseismic displacement field

干涉雷達(dá)在獲取地震同震位移場中的應(yīng)用

22. We also observed two large excursions in the travel-time data that are coincident with two earthquakes that are among those predicted to produce the largest coseismic stress changes at SAFOD.

我們還觀測到兩處明顯的走時(shí)偏離異常，與觀測期間發(fā)生的兩次地震事件密切相關(guān)，而這兩次地震均在SAFOD產(chǎn)生了較大的同震應(yīng)力變化。

23. Coseismic water level oscillation and correlated deep water temperature changes have been observed in a water well at Tangshan City by high sensitivity measurement.

摘要唐山市一口水井觀測到多次同震水位振蕩，以及伴之的高精度測量到的深部層水溫變化。

24. Earthquake liquefaction, caused by coseismic shakes, is controlled by soil conditions which are the results of geomorphic processes.

摘要地震液化是同震震動(dòng)引起的，同時(shí)也受地貌活動(dòng)創(chuàng)造的土壤條件控制。

25. Following the idea of coseismic stress-triggering, coseismic strain steps recorded by borehole strainmeters are used to study coseismic stress-triggered fault slips.

摘要沿著同震應(yīng)力觸發(fā)的思路，提出了利用鉆孔應(yīng)變觀測記錄的同震應(yīng)變階反演同震應(yīng)力觸發(fā)斷層活動(dòng)的方法。

26. coseismic response of groundwater level

水位同震響應(yīng)

27. coseismic response of groundwater temperature

水溫同震響應(yīng)

28. coseismic groundwater level changes

水震波

29. The gravity changes in the southwestern China may be produced by the coseismic gravity changes of the Lijiang earthquake.

滇西地區(qū)的重力變化可能是由于麗江地震同震位錯(cuò)引起；

30. INVERSION OF COSEISMIC STRESS-TRIGGERED FAULT SLIPS USING BOREHOLE STRAIN METER OBSERVATIONS

用鉆孔應(yīng)變資料反演同震應(yīng)力觸發(fā)斷層活動(dòng)

31. Coseismic slip distribution of the 2002 M_w 7. 9 Denali fault earthquake. Alaska, determined from GPS measurements

由GPS測量確定的2002年阿拉斯加迪納利斷層M_w7.9級(jí)地震的同震滑動(dòng)分布

32. Relationship between the 3-D Fault geometry and coseismic displacements in the 1999 Chichi Earthquake, Taiwan.

經(jīng)濟(jì)部中央地質(zhì)調(diào)查所，活動(dòng)斷層與地震地質(zhì)專輯,2003年。

33. Observation reports of coseismic strain changes by borehole strainmeters

鉆孔應(yīng)變同震變化觀測報(bào)告文集

34. Coseismic and post-seismic effect

震時(shí)和震后效應(yīng)