1.
Spatial and Temporal Evolutions of Seismic Apparent Strain Field before M_S5.2 Yangjiang Earthquake
2004年阳江5.2级地震前地震视应变场的时空演变
2.
ANALYSIS ON PRECURSORY ANOMALIES BEFORE KEPING Ms 5.2 EARTHQUAKE ON FEB. 20,2009
2009年2月20日柯坪5.2级地震前异常分析
3.
SHORT AND IMPENDING PREDICTION OF SHIDIAN M=5.2 EARTHQUAKE ON JULY 22, 1991, UTILIZING TWO-DIMENSIONAL STRUCTURAL MODEL OF SUDDEN CHANGES
利用突变二维构模对1991年7月22日施甸5.2级地震的短临预报
4.
ANALYSIS ON THE ABNORMAL SEISMIC ACTIVITY OF M_S5.2 BETWEEN ARONGQI AND ELUNCHUNQI ON JUNE 10,2008
2008年6月10日鄂伦春自治旗与阿荣旗间5.2级地震活动性异常分析
5.
There is no report of injury after the quake which hit5.2on the richter scale.
5.2里氏震级地震后没有受伤的报道。
6.
BACKGROUND OF GEOLOGIC STRUCTURE FOR JIANGBEI, CHONGQING,EARTHQUAKES OF MAGNITUDES 5. 2 AND 5. 4
重庆市江北5.2、5.4级地震的地质构造背景
7.
seismic moment, 5.2×1026 dyne-cm;
地震矩5.2×10~(24)达因·厘米;
8.
General ruler for earthquake magnitude
GB17740-1999地震震级的规定
9.
QUANTITATIVE RELATIONS BETWEEN FOCAL PARAMETERS AND MAGNITUDE OF EARTHQUAKES OCCURRED IN YUNNAN PROVINCE
云南地震震源参数与震级的定量关系
10.
FOCAL MECHANISM SOLUTIONS OF AFTERSHOCKS OF JIUJIANG-RUICHANG EARTHQUAKE
九江-瑞昌5.7级地震余震震源机制解
11.
For example, an earthquake of magnitude 7.0 releases 32 times as much energy as an earthquake measuring 6.0.
如7.0震级的地震释放的能量相当于6.0震级地震的32倍。
12.
The earthquake registered 5.3 points on the Richter scale.
地震为里氏五点三级。
13.
EARTHQUAKE DAMAGE EVALUATION AND SEISMOSTRUCTURE OF HEJING EARTHQUAKE(M 5.4,FEB,1993)
1993年2月和静5．4级地震震害评估与地震构造
14.
The seismic magnitude problem of taiwan earthquakes determined by Fujian digital seisic network
福建数字地震台网测定台湾地震的震级问题
15.
CO-SEISMIC RESPONSE AND POSTSEISMIC EFFECT OF GEOTHERM ON WENCHUAN Ms8.0 EARTHQUAKE
地热对汶川8.0级地震的同震响应及震后调整
16.
Richter scale(scale from 0 to 8 for measuring the intensity of earthquakes )
里克特震级,里氏震级（测定地震强度的标度,从0到8级）.
17.
PREDICTION OF BAOTOU EARTHQUAKE Ms6.4 AND ELECTROMAGNETIC RADIATION
包头6．4级地震预测与震前电磁辐射
18.
THE DAMAGE OF MULTISTORY MASONRY BUILDINGS IN Ms6.4 BAOTOU EARTHQUAKE AND ITS ANALYSIS
包头6.4级地震多层砖房震害与分析