活动断层的英文

• active fault
• mobile moving fault
• moving fault

• "活动"英文翻译    move about; exercise
• "断层"英文翻译    fault; slip; slicle; fractur ...
• "活动断层带" 英文翻译 :    active zone
• "长期活动断层" 英文翻译 :    long-lived fault
• "板动断层" 英文翻译 :    basculating fault
• "差动断层" 英文翻译 :    differential fault
• "电动断层" 英文翻译 :    motor driven layer radiographic x-ray apparatus
• "滑动断层" 英文翻译 :    glide fault; slide fault; slump fault; transitional fault
• "能动断层" 英文翻译 :    capable fault
• "枢动断层" 英文翻译 :    trochoidal fault
• "不活动断块" 英文翻译 :    passive fault block
• "活动断块" 英文翻译 :    active block
• "活动断裂" 英文翻译 :    active rift
• "电动断层x线机" 英文翻译 :    motor driven layer radiographic x ray apparatus; motor driven layer radiographic x-ray apparatus
• "倾向滑动断层" 英文翻译 :    dip slip fault; dip-slifault; hade-slifault
• "上冲骨动断层" 英文翻译 :    thrust slip fault
• "水平滑动断层" 英文翻译 :    horizontal slifault
• "右旋扭动断层" 英文翻译 :    right-lateral wrench fault
• "重力滑动断层" 英文翻译 :    gravity-glide fault
• "走向滑动断层" 英文翻译 :    strike-shift fault; strike-slip fault
• "走向移动断层" 英文翻译 :    basculating fault
• "左行滑动断层" 英文翻译 :    left-lateral slifault
• "左旋滑动断层" 英文翻译 :    left-lateral slip fault
• "电动断层x射线机" 英文翻译 :    motor driven layer radiographic x-ray apparatus
• "液压传动断层装置" 英文翻译 :    hydraulic drive tomograph

• Along some active faults we can see clear alignments of microearthquakes .
  微震清晰地沿着某些活动断层排列着。
• Active faults or tectonic lines are clear boundaries between a very active region and a quiet region .
  活动断层或构造线是强烈活动已和平静区之间的清晰边界。
• Temporal variation of the seismic activity along the active fault is closely related with similar variations in others .
  沿活动断层的地震活动性随时间的变化与其他活动断层的类似变化密切相关。
• These phenomena indicate that heavy rainfall is a kind of trigger for the occurrence of earthquakes which occur along the fractured zones of the active faults .
  这些现象表明，大雨是发生于活动断层断裂区的那些地震的一种触发因素。
• Active faults ; earthquake ; seismogenic faults ; epicenter
  活动断层地震发震构造震中
• The establishment of seismogenic faults and epicenter of the earthquake will benefit for the disaster mitigation and city construction of beijing
  这些活动断层和震中位置的确定，有利于首都地质灾害防治和城市建设。
• Yanqi basin is an intermont basin of tian shan , there is a nww trending right lateral strike slip active fault in southwestern basin , its maximum slip distance is 210m , and slip rate is about 10mm / yr , moreover , there is a west - east trending active anticline along northern basin
  焉耆盆地是一个天山山间盆地，盆地西南缘发育一条走向北西西的右行走滑活动断层，最大走滑距离为210m ，走滑速率约10mm / yr ，盆地西北缘发育走向近东西的活动褶皱。
• 6 . 5 earthquake in the west of beijing in 1730 together with the data of drills , electromagnetism and gravity , the qinglongqiao - qiliqu and shahe active faults are identified for the first time . although at present all aspects of the earthquake are not fully known , the authors consider that the two active faults are responsible for the earthquake and the first one plays the leading role
  在前人研究1730年北京西郊6 . 5级地震的基础上，综合井孔电磁和重力资料，经分析初步确定了青桥七里渠活动断层和沙河断陷南缘活动断层的存在及其位置规模和基本特征，认为这两条活动断层是此次地震的发震构造，其中青桥七里渠断层在此次地震中起主导作用。
• Base on the definition of active fault and its meaning to engineers , this paper reviews some geological aspects and problems , such as the application of dating results in determination of active faulting ages , seismo - tectonics background studying on moderate - strong earthquakes , estimating earthquake recurrence from geological investigation , and probabilistic evaluation of the ground offset of active fault
  摘要本文在对活动断层的工程涵义进行了简要分析后，讨论了断层物质测年的工程应用进展及其断层活动时代鉴定问题，并就如何加强中强地震发震构造判别、应用地震地质资料评估大地震年平均发生率、以及活动断层地表断错位移的概率评价等问题作了初步探讨。
• The cover faults in daqing region are mainly developed in formation of huoshiling member late jurassic and its cover formations . according to their formation period , activity characteristics and penetrating relationship , four types of faults were divided , that is fault - depression faults , depression faults , inverted - strike - slip faults and inverted - extension faults ; according to the activity history of the faults , five types of faults were divided , that is long - term active faults , early active faults , early - medium - term active faults , medium - term active faults and terminal active faults
  大庆地区内发育在晚侏罗世火石岭组及其以上的沉积盖层中的盖层断裂，依断层形成时期、活动特征及切割层位可将盖层断层细分为四种类型，即断陷期断裂、坳陷期断裂、反转走滑断裂和反转张性断层；按其活动历史可以分为五种类型：即长期活动断层、早期活动断层、早-中期活动断层、中期活动断层和晚期活动断层。

• 活动断层的日语：huo2dong4duan4ceng2 活断层