城市防震的英文

• earthquake hazard protection

• "城市"英文翻译    city; town; abad; conurbatio ...
• "防震"英文翻译    take precautions against ear ...
• "城市防洪" 英文翻译 :    urban flood control
• "城市防空" 英文翻译 :    urban air defense
• "城市防御" 英文翻译 :    urban defense
• "城市防灾" 英文翻译 :    urban disaster prevention
• "城市防洪标准" 英文翻译 :    flood control standard
• "城市防洪工程" 英文翻译 :    flood control works
• "城市防火计划" 英文翻译 :    town fire-proof plan
• "城市防火条件" 英文翻译 :    municipal fire protection requirement
• "城市防火要求" 英文翻译 :    municipal fire protection requirement
• "城市防灾计划" 英文翻译 :    urban disaster prevention plan
• "城市防灾设施" 英文翻译 :    urban disaster prevention facilities
• "人民城市防空" 英文翻译 :    urban air defense
• "大城市防御系统" 英文翻译 :    urban defense system
• "城市防洪工程设计规范" 英文翻译 :    cjj50-92; gjj50-92; jj50-92
• "加强城市防御的计画" 英文翻译 :    plans for the fortification of the city
• "防震" 英文翻译 :    1.(采取措施, 预防地震) take precautions against earthquakes 防震措施 precautions against earthquakes2.(防震动) shockproof; quakeproof
• "特效城市防护无油护理日霜" 英文翻译 :    super city block spf oil-free daily face protector
• "都市防卫" 英文翻译 :    urban fence
• "防震板" 英文翻译 :    anti-seismic plate
• "防震表" 英文翻译 :    shockproof watch
• "防震锤" 英文翻译 :    stock-bridge damper
• "防震的" 英文翻译 :    antiknock; antiseismic; antihunt; earthquakeproof; jar-proof; shaft lineshakeproof; shake proof=shakeproof; shock proof; shock protected; shock-resistant; vibration proof; vibration-proof
• "防震灯" 英文翻译 :    rough service lamp

• Application of ann and gis to urban seismic prevention and disaster mitigation
  在城市防震减灾中的应用
• Other frequently used professional spatial analysis models of gis based intelligent information system are also summarized
  文中还归纳了城市防震减灾信息管理与智能分析系统的其它常用专业空间分析模型。
• Information in the systems is usually difficult to be updated with the varieties of urban foundation geography information , which severely weakens the effect of the system
  当城市基础地理信息发生变化后，系统很难根据基础地理信息的变化，对城市防震减灾专业信息作出相应的更新，这严重地削弱了系统在城市防震减灾中的功效。
• The establishment of urban seismic hazard mitigation information system ( ushmis ) by gis is an important way to reduce the urban earthquake disasters effectively , which has been proved having good results in practical application
  应用gis建立城市防震减灾信息系统是有效减轻城市地震灾害的一条重要途径，在实际应用中也取得了较好的效果。
• The results of the research are applied in the gis based intelligent information system of zhenjiang city , which is a powerful instantiation that the ideas and methods for gis based system are reasonable
  文中应用arcobject ，结合vb等开发工具，阐述了系统的开发过程。本文应用上述理论研究成果，开发了镇江市城市防震减灾信息管理与智能分析系统。
• In the existing systems , however , they are usually not real - time because the professional disaster models are n ' t tightly integrated with gis functions and the gis spatial analysis functions are not used
  然而现有的城市防震减灾信息系统中防震减灾专业模型与gis功能结合不够紧密，在gis空间分析功能的使用方面也较为欠缺，这样常常导致城市防震减灾信息系统缺乏实时性。
• 4 after the merits and defects of using redeveloping methods of the gis tool software being compared , the integration redevelopment methods based on com are also recommended to develop the ushmis and intelligent analysis system
  (四)分析了gis工具软件常用的二次开发方法的优缺点，提出应采用基于com技术的集成二次开发方法，来开发城市防震减灾信息管理与智能分析系统。
• Secondly , the article presents the urban earthquake risk assessment based on earthquake microzonation , vulnerability assessment based on land - use type and disaster prevention and mitigation capacity assessment based on expert scoring
  提出了基于地震小区划的城市地震危险性评价方法、基于城市用地类型的城市地震易损性评价方法以及基于专家打分法的城市防震减灾能力评价方法。
• Concerning the analyzing , designing and developing of gis - based intelligent information system in urban seismic hazard mitigation , this paper focuses on following items : 1 based on the analysis of the gis - based intelligent information system ' s characteristics , the strategy of developing the system is brought up , and the prototype of the system is also designed
  本文围绕基于gis的城市防震减灾信息管理与智能分析系统的分析、设计和开发，主要进行了以下四个方面的研究工作： (一)在分析基于gis的城市防震减灾信息管理与智能分析系统特点的基础上，提出了系统开发策略，并设计出系统原型。
• To improve the real - time performance and practicability of the systems and to serve better for the urban seismic hazard mitigation , the research on intelligent calculation of earthquake disaster should be enhanced and the gis based intelligent information system for urban seismic hazard mitigation should be developed
  为了增强城市防震减灾信息系统的时效性和实用性，更好地服务于城市防震减灾，必须加强对地震灾害智能计算的研究，开发出基于gis的城市防震减灾信息管理与智能分析系统。