灾情评估

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灾情评估灾情评估
  1. 基于Internet的旱涝灾情评估系统的应用研究

    Research on Application of Drought-Flood Disaster Loss Evaluating System Based on Internet Technology

  2. 基于GA优化的灾情评估普适公式

    A universal formula of disaster evaluation based on GA optimization

  3. GIS提供的多源数据集成能力、强大的空间分析能力和辅助决策能力在公共安全的预警预报、监测、灾情评估中发挥了重大作用。

    GIS played an important role in this field by its good function of multi-source data integration , spatial analysis and decision-aiding .

  4. 基于3S技术的长江中下游洪涝灾情评估研究

    Flood and waterlogging disaster evaluation in middle-lower Yangtze by 3-S technology

  5. TC灾情评估分析及减灾对策

    The Assessment and Analysis of the Damage Caused by TC and the Countermeasures of Disaster Control

  6. 同时,本系统充分利用Matlab的Web技术实现了Web服务器和Matlab服务器间的互连,解决了人工神经网络在服务器端难以实施的问题,最终使旱涝灾情评估在网上得以实施。

    Furthermore , the author realizes the interconnection of Web server and Matlab server using Matlab Web technology which solves the difficult problem of artificial neural network running on web server and makes the drought-flood disaster loss evaluating finally implemented on the web .

  7. 洞庭湖区洪涝灾情评估与分析

    Assessment and analysis of flood-waterlogging disaster condition in Dongting lake region

  8. 冬小麦风雹灾害的等级划分与灾情评估

    Classification and Assessment of Wind and Hail Disaster of Winter Wheat

  9. 自然灾害的物元分析灾情评估模型初探

    Study on the evaluation of natural disaster based on matter element analysis

  10. 广东台风灾情评估探讨

    A discussion about the typhoon disaster evaluation of Guangdong

  11. 云南省东川市泥石流灾害灾情评估

    Evaluation of hazard and disaster-condition of debris-flow in Dongchuan City , Yunnan Province

  12. 岩溶浸没内涝灾害灾情评估方法探讨

    Discussion on the evaluation methods for the disaster condition of karst immersion-waterlogging hazard

  13. 风景旅游区的泥石流灾情评估

    Loss Assessment of Debris Flow Disasters in Scenic Spots

  14. 苏州市洪涝灾情评估系统研究

    Study on Suzhou assessment system of flood disaster condition

  15. 中国东南沿海地区热带气旋特点与灾情评估

    Characteristics and disaster evaluation of the tropical cyclones in southeast coastal areas of China

  16. 2008年衡阳市林业低温冻害灾情评估

    Evaluation of Forestry Disaster Caused by Low Temperature and Frost of Hengyang in 2008

  17. 本文提出了用物元分析进行灾情评估的新方法。

    A new method of disaster evaluation by using matter element analysis is presented .

  18. 泥石流灾情评估指标体系

    Index system of debris - flow hazard assessment

  19. 晋冀鲁豫接壤区生态灾害及灾情评估研究

    The types of ecological disasters in the joint areas of shanxi , hebei , shandong

  20. 山西2006年4·11强寒潮天气预报服务及冻害灾情评估

    Prediction service and valuing of frozen disaster for ' 06.0 4.11 ' strong cold surge

  21. 北京景区泥石流灾害灾情评估模型的建立与应用

    The Establishment and Application of a Hazard Appraisal Model for the Debris-flow in Beijing Scenery Spots

  22. 泥石流灾情评估研究综述

    Review on assessment of debris-flow hazards

  23. 洪水灾情评估信息系统

    Flood Hazard Evaluation Information System

  24. 风景旅游区泥石流灾情评估侧重于泥石流对风景区本身的影响。

    Loss assessment of debris flow disasters in scenic spot emphasizes impacts of debris flows on the scenic spot itself .

  25. 该灾难恢复系统采用了层次分析法及黑客攻击特征矩阵技术实现了灾情评估和漏洞自我防护分模块。

    This system adopts analytical hierarchy process and attack character matrix technology to realize disaster system quantitative evaluation and self-vulnerability defense function .

  26. 其系统涉及到灾害的监测、预报、防御、抗御、治理、灾情评估和减灾效益的分析等环节。

    The system involves disaster monitoring , forecasting , prevention , resistance , control , loss assessment and efficiency analysis of disaster reduction .

  27. 对洪水模拟结果和流域的社会经济统计数据进行叠加分析,得到了令人满意的的洪水灾情评估结果。

    The flood simulation result is overlaid with social and economic data to evaluate the flood disaster loss and the results is satisfactory and encouraging .

  28. 它具有水情信息分析、洪水预报调度和灾情评估等功能。

    The system has the functions to analyze water and rain information , to forecast floods , and to assess losses casued by disastrous floods .

  29. 本文以四川省万县市为例,在论述地质灾害灾情评估理论的基础上,对万县市的地质灾害~滑坡群进行了灾情的评估。

    On the basis of the described theory of geological hazard condition evalution , this paper provides an evalution of land slide hazard in Wanxian City .

  30. 快速、精确、大面积地提取地质灾害信息对灾情评估与防灾减灾至关重要。

    Quick , precise and reliable information detection of earthquake-driven geological hazards is crucial for disaster reduction and emergency management to alleviate life losses and properties .