1) the evaluation of explosion hazard
爆炸危险性评估
2) Explosion hazard
爆炸危险性
1.
Study on the non-ignition self-destruction explosion hazard of SRM;
固体火箭发动机不点火自毁爆炸危险性研究
3) Risk assessment
危险性评估
1.
Risk assessment on formaldehyde in waterishlogged food products;
水发产品中甲醛的危险性评估
2.
Geohazard and risk assessment for tailing reservoir;
尾矿库地质灾害与危险性评估
4) risk evaluation
危险性评估
1.
The integrated risk evaluation and zonation on geological hazards from Leiwuqi to Eluoqiao,Yunnan-Tibet Highway;
滇藏公路类乌齐-俄洛桥段地质灾害危险性评估及分区
2.
There are many factors of affecting land damage in underground mines,thickness and depth of coal extraction,properties of hydrological geology are primary factors to the evaluated underground mining,as risk evaluation on land damage,three evaluating indexes of land use style、damaged degree of the earth's surface and seeper degree on ground are selected,Single factor analys.
影响井工煤矿破坏土地的因素较多,针对所评估煤矿,煤层埋深与开采厚度、水文地质条件通常是主要因素,因此,选用土地利用类型、地表破坏程度和地面积水状况三个评估指标,采用单因素分析和叠加分析的方法进行土地破坏危险性评估。
3.
Aming at the risk evaluation of geological disaster of subentry projects of mine,it also has practical significance to instruct the prevention and control measures of the geological disasters of mine.
针对矿山分项工程的地质灾害危险性评估,对指导矿山地质灾害防治具有现实意义。
5) hazard assessment
危险性评估
1.
Study on a framework of performance-based mehtod for hazard assessment of building fire;
建筑火灾危险性评估性能方法基本框架研究
2.
Earthquake-induced fire and explosion hazard assessment of energy sources supply systems;
能源供应系统地震次生火爆灾害危险性评估
3.
Based on RS(remote sensing) and GIS (geographic information system),landslide hazard assessment of Tiantai in Xuanhan County,Sichuan is studied by AHP(analytic hierarchy process) method.
基于遥感(RS)和地理信息系统(G IS)技术,采用多层次分析(AHP)法,以四川宣汉天台乡为研究区,根据该区实际情况,选取线性构造、道路、土地利用、坡度、坡向5种影响滑坡灾害发生的因素作为评价因子,进行区域滑坡危险性评估。
6) thermal explosion hazard
热爆炸危险性
1.
Investigation on thermal explosion hazard of hydrogen peroxide;
过氧化氢热爆炸危险性研究
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
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