1) accident caused by water lack
缺水事故
1.
Some mistakes about boiler accident caused by water lack is listed herein to analyse its harmfulness,and correct operation methods,which provides guide to solve such accidents are introduced as well.
列出了较常见的锅炉缺水事故处理中的误区,分析其危害,介绍了正确的操作方法,为司炉工正确处理锅炉缺水事故提供了指导。
2) water lack accident of boiler
锅炉缺水事故
3) accidental defect
事故性缺陷
4) water inrush disaster
突水事故
1.
For the purpose of promoting the safe production and effectively preventing water inrush disaster,this paper summarized the basis and method for the mining district division under pressure.
以促进安全生产、有效预防矿井突水事故为目的,叙述了对带压开采矿井进行分区划分的依据与方法。
2.
The thesis takes eight coal mins as examples in different areas of the Xinglong county and uses grey interrelation assessment model to analyze quantificationally a good many non-linear and dynamic factors which effect water inrush disaster in coal mine,and then gets an actual result,finally finds the true reason why the disaster happened.
以兴隆县不同乡镇8个中小煤矿为例,运用灰色理论中的灰色关联评价模型对影响煤矿突水事故的诸多非线性、动态因素进行量化分析,得出切合实际的结果,找出事故发生的具体原因,为具体防范措施提供依据。
5) LOCA
['ləukə]
失水事故
1.
PWR LOCA Analysis with Condensation Reflux Model;
采用冷凝回流模型的压水堆失水事故分析
2.
Simulation of LOCA in the auxiliary primary loop system of nuclear power plant;
核动力装置一回路辅助系统失水事故的仿真研究
3.
Realistic Analysis of Intermediate and Small LOCA;
中小破口失水事故现实估算分析
6) Loss of coolant accident
失水事故
1.
Loss of coolant accident is considered as design basis accident in the design of nuclear power plant.
失水事故是核电站设计的基准事故之一,是压水堆事故分析关注的重点。
2.
The momentum integral method is applied in the frame of safety analysis of pressure water reactors under hypothetical loss of coolant accident(LOCA) conditions to simulate numerically film condensation, rewetting and vaporization on the inner surface of a pressure water reactor containment.
采用动量积分方法分析压水堆发生失水事故时在安全壳的内表面上的液膜凝结、再浸润和蒸发过程。
3.
To evaluate the safety characteristics of pulsed reactor under LOCA (loss of coolant accident), an analytical model of LOCA is developed and an advanced code XPRLOCA with friendly interactive interface and real time simulation function is coded for simulating LOCA.
针对脉冲反应堆的特点 ,建立了脉冲反应堆失水事故的数学模型 ,编制了脉冲堆失水事故仿真分析软件XPRLOCA。
补充资料：锅炉缺水事故
分子式：
CAS号：
性质：锅炉运行中，若水位低于水表最低安全刻度线，即构成缺水事故。其严重后果为：(1)炉管变形，烧塌或爆破。(2)受热面钢材过热，丧失承载能力。(3)炉墙损坏，甚至导致锅炉爆炸。判断缺水程度的方法通常是“叫水”，(发生呜呜叫声)严重缺水时应紧急停炉。相对容水量较小的锅炉、最高火界在水连管以上的锅炉，一旦缺水即应紧急停炉。
CAS号：
性质：锅炉运行中，若水位低于水表最低安全刻度线，即构成缺水事故。其严重后果为：(1)炉管变形，烧塌或爆破。(2)受热面钢材过热，丧失承载能力。(3)炉墙损坏，甚至导致锅炉爆炸。判断缺水程度的方法通常是“叫水”，(发生呜呜叫声)严重缺水时应紧急停炉。相对容水量较小的锅炉、最高火界在水连管以上的锅炉，一旦缺水即应紧急停炉。
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