3) landslide hazard
滑坡危险性
1.
Even though indi-vidual components of landslide hazard can be difficult of access, the availability of geographic in-formation systems helps in proposing pertinent methods for the mapping of such risk.
本文论述了用于建立判别和定量划分滑坡危险性和灾害地理信息系统的原理和方法。
2.
Through analyzing the result of landslide the evaluation index system was established,the importance of index was determined by using hierarchical analysis method,a simple way about the assessment of landslide hazard is established by taking the Badong County in Hubei Province for example,hazard analysis is carried on the new city Huangtupo,it provides a basis for hazard division and prevention.
通过分析滑坡产生的原因建立滑坡评价指标体系,然后导入层次分析法确定指标权重,建立了一种较为简单的滑坡危险性评价方法,最后以湖北省巴东县为例,对该县新城区黄土坡进行了危险性评价,为灾害易发区划分和防治分区提供了依据。
4) risk assessment
危险性评价
1.
MLS risk assessment of electroplating workshop;
某电镀车间MLS危险性评价
2.
Spatio-temporal pattern and risk assessment of wind sand disaster in China in 2000;
2000年中国风沙灾害的时空格局与危险性评价
3.
Comparison of two risk assessment methods for petrochemicals;
石油化工火灾爆炸危险性评价方法的比较
5) risk evaluation
危险性评价
1.
Fully mechanized caving face fire risk evaluation based on uncertainty measurement theory
基于未确知测度理论的综放面火灾危险性评价研究
2.
Comparicon of ancient and present tectonic stress and risk evaluation
古今构造应力的对比与危险性评价研究
3.
The uncertainty problems in risk evaluation were solved by qualitative analysis and quantitative analysis respectively.
该模型针对采空区危险性评价中的诸多不确定性影响因素,根据实际情况,分别对其进行定性、定量分析,并利用熵计算各影响因素的指标权重,依照置信度识别准则进行等级判定,最后得出采空区危险性的评价结果。
6) hazard evaluation
危险性评价
1.
Study on Establishment and Application of Hazard Evaluation Model for Rock-burst;
冲击危险性评价模型的建立及应用研究
2.
Research on Hazard Evaluation of Landslide Based on GIS;
基于GIS的滑坡灾害危险性评价研究
3.
By taking Xianyou County as an example,a new method for landslide hazard evaluation based on GIS and Support Vector Machines(SVM) is presented in this paper.
以仙游县为例,探讨了将地理信息系统技术(GIS)和支持向量机(SVM)算法应用于滑坡灾害危险性评价的基本思路和技术路线。
补充资料：爆炸危险性评价
爆炸危险性评价
evaluation of explosion hazards
boozha we一x旧nxingP旧gjlo爆炸危险性评价(evaluation of explosio几hazards)对能引起爆炸事故的物质、生产场所和人一机系统的危险性进行评定和分级的过程。其目的是采取与其危险程度相适应的安全措施，最大限度地降低危险性。爆炸危险性评价的基本程序包括准备资料、定性评价与定量评价。 物质的爆炸危险性评价各国有关标准将气体和粉尘爆炸性物质分为三类:工类为矿井甲烷;l类为爆炸性气体、蒸气;l类为爆炸性粉尘、纤维。 爆炸性气体(含蒸气和薄雾)分级在标准试验条件下，按其最大试验安全间隙(MESG)和最小点燃电流化(MICR)分级，共分I、IA、亚B、亚C四级。按其引燃温度T分组，一共分Tl、TZ、T3、T、、TS、T6六组。I级，MESG~1.14mm，MICR二1。如甲烷属此级;皿A级，0.gmm
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条