有毒气体泄漏,toxic gas release
1)toxic gas release有毒气体泄漏
英文短句/例句
1.Research on Assistant Decision-Making Method in Emergency Rescue of Poison Gas Accidental Spill有毒气体泄漏应急救援辅助决策方法研究
2.PROBE INTO CONCENTRATION PREDICTION OF RELEASE TOXIC GAS IN EIA环评中有毒有害气体泄漏浓度预测初探
3.A very toxic gas escaped and sported flora and fauna.非常有毒的气体泄漏并影响到了动植物。
4.At one point a cloud of deadly chlorine gas was released- the same substance used on First World War battlefields.一部分有毒的氯气泄漏，这种气体曾用于一战的战场。
5.Hermetic performance should be assured and leaking phenomena should not appear, especially for flammable and explosive gas medium, as well as poisonous and deleterious mediums.（4）保证密封性，不应有泄漏现象出现，尤其是易燃易爆气体介质和有毒有害介质。
6.Simulation of toxic gas dispersion based on GIS and real-time weather data基于GIS、实时气象信息的毒害性气体泄漏扩散模拟技术
7.Simulation and Anysis of Release and Dispersion for Hazardous Gases Transportation;有害气体运输过程中泄漏扩散的模拟与分析
8.Gas Leakage Test and Calculation of Hydrogen Leakage of 600MW Generators600MW发电机气体泄漏试验及漏氢量计算
9.Effects on Air Environment of Poison Ooze from Refine and Chemistry Project in Caofeidian Manufacturing District曹妃甸工业区炼化一体化项目毒物泄漏对大气环境的影响
10.Cause analysis of SF_6 gas leakage in electrical equipment电气设备中SF_6气体泄漏的原因分析
11.electrical leakage resistance抗电气泄漏,漏电阻抗
12.The primary function of sealing gasket is to prevent gas from leakage.密封垫圈的主要作用是防止气体泄漏。
13.Super a Wave Examination System of The Air Leaks Based on DSP基于DSP的气体泄漏超声波检测系统
14.Summary of environment online monitoring technology on leakage of SF_6SF_6气体泄漏环境在线监测技术综述
15.Research on Accidental Consequence Analysis Model of Toxic Gas Leakage in Transportable Hazards流动危险源泄漏毒气事故后果分析模型研究
16.Study on Poison Gas Leakage and Emergency Evacuation in Urban Industry Disaster Areas城市工业区毒气泄漏及应急疏散的研究
17.The joint between the block and the head must be gas-tight so that none of the burning mixture can escape.气缸体和气缸盖之间的连接必须密封以便没有燃烧的混合气体泄漏。
18.Simulation Study on Leak and Diffusion of Hazardous Gas Such as Combustible Gas in Plant Area;厂区燃气等危险性气体泄漏扩散的模拟研究
相关短句/例句
toxic gas leakage毒气泄漏
1.Study oftoxic gas leakage accident injury model of transportable hazards;流动危险源毒气泄漏事故伤害模型研究
3)toxic gas leaking毒气泄漏
1.The correct prediction of the hazardous area intoxic gas leaking accident can provide a good basis to establish a reasonable and effective emergency response program and to implement an effective emergency site control and handling activities.文章以平板模型为理论依据,以VB为工具,研究了毒气泄漏应急处置危险区域分析系统,确定毒气泄漏事故的危险区域。
4)poisonous gas leakage有害气体泄漏
5)gas leakage气体泄漏
1.Detection and positioning technologies for tracegas leakage——initiative imaging gas detector;微量气体泄漏检测与定位技术——主动成像气体检测仪
2.This paper proposes a novel method for detectinggas leakage from cracks in pipes using acoustic signal power spectrum analysis and clustering support vector machine(CSVM).本文提出了一种基于声学信号功率谱分析和聚类支持向量机的检测管道损坏导致气体泄漏的新方法。
3.Two-component glue was used to blockgas leakage of SF6 insulated power apparatus.采用双组分胶对SF6气体绝缘电力设备的气体泄漏进行封堵,研究了采用无机纳米填料粘接剂实现气体绝缘设备在0。
6)gas leak气体泄漏
1.Analyzed the problem arising from the handling of the currentgas leak according to the tank explosion mechanism due to leakage.针对当前气体泄漏事故处置中面临的问题,从气体泄漏容器发生爆炸的机理上进行了分析,对其内部气体压力、泄漏速度以及射流噪声频率等参数的关联性进行了分析与研讨,确定了通过对气体状态参数变化进行监控,达到对压力容器爆炸推测和报警的可能性。
2.For insuring install ation quality of GIS of 110kV Delingha substation and preventing thegas leak,investigating the construction environment of GIS,we make the installing quality target of GIS to prevent SF6gas leak.为确保110 kV德令哈变电所GIS组合电器的安装质量,防止SF6气体泄漏,在对GIS组合电器的施工环境进行现场调查后,制定了GIS组合电器的安装质量,防止SF6气体泄漏的控制目标,对造成气体泄漏的原因进行分析,制定了一系列解决问题的对策并进行实施,经过现场效果分析,GIS组合电器的安装合格率由93。
3.In the paper, the characteristics of the gas diffusion when poisonousgas leakage occurred was discussed according to the principle of jet flow.利用温差射流原理分析了有害气体泄漏时在大气中扩散的特点;在与实验结果对比的基础上,对某建筑小区环境下有害气体连续泄出的扩散迁移过程进行了初步数值计算。
延伸阅读
毒气分子式：CAS号：性质：又称化学战剂(chemical warfare agent)，军用毒剂(military chemical agent)，旧称毒气(war gas)或毒瓦斯。军事行动中以毒害作用杀伤人畜的化学物质。是化学武器的基本组成部分，也是化学武器杀伤威力的决定因素。化学物质作为毒剂，必须具有特定的物理、化学性质，符合一定的要求即：毒性大，作用快，中毒途径多，性质稳定，便于贮存，能大量工业化生产，价格低廉，能分散成各种战斗状态，具有一定的持久度，可装填各种弹药或布洒器内使用，难侦、难防、难治、难消毒。毒剂经人或畜的呼吸道、皮肤、眼睛、口腔进入机体，与其重要生命物质如酶、受体、核酸等发生作用，破坏正常生理过程，引起功能紊乱，产生一系列中毒症状，甚至造成死亡。通常按毒理作用分为6类：神经性毒剂，糜烂性毒剂，全身中毒性毒剂，窒息性毒剂，失能性毒剂，刺激性毒剂；按作用效果可分为：致死性毒剂和非致死性毒剂；按作用持续时间分为暂时性毒剂(或非持久性毒剂)；半持久性毒剂(或中等挥发度毒剂)和持久性毒剂；按中毒症状出现的快慢分为速效性(速杀性)毒剂和缓效性毒剂。
