1) risk evaluation
危险度评价,风险评价
2) risk assessment
危险度评价
1.
Application of AHP in single debris flow risk assessment;
层次分析法在单沟泥石流危险度评价中的应用
2.
[ Objective] To study on adverse health effects of air pollutants from coal combustion and the health risk assessment in Taiyuan.
[目的]研究太原市燃煤污染物对人体健康影响的危险度评价。
3) hazard degree assessment
危险度评价
1.
Entropy weight-based hazard degree assessment of typical landslide
基于熵权的典型滑坡危险度评价
2.
To quantitatively conduct typical landslide hazard degree assessment,this article set up an index system by the intensity factors and probability factors of landslide.
为了定量地对典型滑坡危险度进行评价,根据典型滑坡的强度指标和发生可能性指标建立典型岩质滑坡危险度评价指标体系,利用信息熵原理,结合中国科学院成都山地所滑坡数据库(CDM I)中奉节县24个典型岩质滑坡计算各评价因子客观权重,建立定量评价模型。
3.
Application of analytical hierarchy process in hazard degree assessment of major hazard installations;
利用层次分析法的原理,针对重大危险源评价因子建立层次结构模型,构建比较矩阵;将成对比较矩阵的特征向量作为重大危险源评价的权重,确定了评价因子的影响力排序;建立了重大危险源危险度评价指标体系,提出了一种新的重大危险源危险度评价方法,为重大危险源分级和监控管理提供了依据;并通过实例进行了基于层次分析法的重大危险源评价方法的实际运用。
4) hazard assessment
危险度评价
1.
Application of SVM on debris flow hazard assessment;
支持向量机在泥石流危险度评价中的应用研究
2.
Regionalization of susceptibility and hazard assessment on unexpected geological disasters in Beijing
北京地区突发性地质灾害易发区划及危险度评价
5) risk evaluation
危险评价
1.
In this paper,certainty and uncertainty factors of accident-causing of bridge crane are surveyed,a new uncertainty analysis of risk evaluation is developed,and by means of Fuzzzy set theory and nonlineaar programming algorithm,possibility value of bridge crane accident is investigated.
综合考虑了桥式起重机伤害事故的确定位和不确定性致灾因素,提出了危险评价的不确定性分析的新方法;利用模糊集理论和非线性规划算法来研究起重机伤害事故发生的可能性;计算结果表明,桥式起重机伤害事故发生的可能性服从某一分布,而不应为某一点的估计值。
6) risk assessment
危险评价
1.
This review covers the structure and toxicology of cyanobacterial toxins, their health effects, and briefly introduces the environmental behaviours, the risk assessment and the monitoring of cyanobacterial toxins.
概述了蓝藻毒素的结构、毒性机理以及蓝藻毒素的危害 ,并简要介绍了蓝藻毒素的环境行为、对蓝藻毒素的危险评价和监
2.
Combined with characteristics of environment information in coal mine underground,the paper introduced a risk assessment system of environment information in coal mine underground based on multi-sensor information fusion(MSF).
文章结合煤矿井下环境信息的特征,介绍了一种基于多传感器信息融合(MSF)的煤矿井下环境信息危险评价系统。
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