1) Burst pressure
爆管压力
2) tube bursting
爆管
1.
Cause analysis and solution for boiler high-temperature superheater tube bursting during 600MW supercritical unit startup commissioning;
600MW机组锅炉高温过热器爆管原因分析与处理
2.
Analysis on waterwall tube bursting of Unit 3 boiler in Shajiao C Power Plant;
沙角C电厂3号锅炉水冷壁管爆管原因分析
3.
Analysis of primary superheater tube bursting in a thermal power plant;
火力发电厂一级过热器爆管分析
3) tube rupture
爆管
1.
use analysis on sidewall enclosure superheater tube rupture of 2 209 t/h boiler in Huaneng Dezhou Power Plant;
华能德州电厂2209t/h锅炉侧墙包复过热器爆管原因分析
2.
The paper analyses the heating surface tube rupture accident and develops the treatment procedure and precautionary measures for tube rupture.
简要介绍300MW循环流化床锅炉受热面布置情况、受热面爆管的现象和处理情况以及预防措施。
3.
Water wall tube rupture owing to hydrogen corrosion of No.
针对富拉尔基发电总厂3号炉水冷壁管在运行中,连续发生多次氢腐蚀爆管的问题,分别从锅炉运行状况、水质、凝汽器泄漏的影响及炉内水处理方式等方面进行较为详细的分析。
4) Tube burst
爆管
1.
Analysis of tube burst resulted from the cavitation grooves on waterwall at the furnace arch of boiler;
锅炉折焰角水冷壁管空化沟槽造成爆管原因分析
2.
Cause analysis for tube bursts on water wall of No.5 boiler in Guangzhou Power Plant;
广州发电厂5号锅炉水冷壁爆管原因分析
3.
This paper analysis the metallographic and metallic materials of three boilers burst tube in accident,which provide a basis for diagnosis and determine the common cause of the boiler tube burst accidents,and also set a foundation for the prevention measures of the steam boiler tube burst accident.
通过对3个炉管爆裂断口金相及金属材料分析研究,为诊断和确定锅炉爆管事故发生的原因提供了依据,也为提出预防采油锅炉爆管事故的措施奠定了基础。
5) pipe explosion
爆管
1.
Reasons of pipe explosion of 1000 MW ultra-supercritical coal-fired unit boilers;
1000MW超超临界燃煤机组锅炉爆管原因分析
2.
We learned the causes of the pipe explosions through scanning electron microscopy inspection of the sample holes caused by explosions, the analysis of energy spectrum of the product from the erosion, and the diffraction analysis of X ray and research.
通过对爆口样品的电镜检测以及对腐蚀产物的能谱分析、Ｘ射线衍射分析和研究，得出了爆管的原因是Ｈ２Ｓ电化学腐蚀、Ｈ２Ｓ应力腐蚀与局部过热所造成的钢管显微组织石墨化的判据，为研究深冷装置爆管现象提供了理论依据，并提出了５条防护措施。
6) Tube Explosion
爆管
1.
Cause Analysis of the Tube Explosion of the External Heat Exchanging Furnaces in No 4 Catalytic Plant in Dalian Petrochemical Corporation;
大连石化四催化装置外取热炉爆管原因分析及改造
2.
Causes of tube explosion of division panel superheaters of once through boilers for 600 MW supercritical units and countermeasures;
600MW机组超临界直流锅炉分隔屏过热器爆管原因分析及措施
3.
The research and technical transformation of the problems of overtemperature and tube explosion in the pendant superheater of the power boiler;
电站锅炉屏式过热器超温、爆管的研究与技术应用
参考词条
补充资料：U形管压力计
分子式：
CAS号：
性质： 又称双管压力计，是液柱压力计的基本形式，为最简单的、精度又比较高的一种压力计。它由两端开口作成U字形的透明管所构成。在未测定压力前使两根支管内的液面均恰在0点。测压力时两根支管内液面发生变化，如p1>p2。设被测液体及指示液体的密度为ρ′及ρ，则根据流体静力学原理可得被测压力为：P=P1-P2=(h1+h2)(ρ-ρ′)g=h(ρ-ρ′)g当ρ>>ρ时，则可得：p=p1-p2=hpg故当指示液的密度p为已知时，则可用液柱高差h来表示被测流体的压力。若p2通大气，p1的读数为表压。若P1通大气，P2为负压时，读数为真空度。如P1及P2按不同测压点，读数为压差。
CAS号：
性质： 又称双管压力计，是液柱压力计的基本形式，为最简单的、精度又比较高的一种压力计。它由两端开口作成U字形的透明管所构成。在未测定压力前使两根支管内的液面均恰在0点。测压力时两根支管内液面发生变化，如p1>p2。设被测液体及指示液体的密度为ρ′及ρ，则根据流体静力学原理可得被测压力为：P=P1-P2=(h1+h2)(ρ-ρ′)g=h(ρ-ρ′)g当ρ>>ρ时，则可得：p=p1-p2=hpg故当指示液的密度p为已知时，则可用液柱高差h来表示被测流体的压力。若p2通大气，p1的读数为表压。若P1通大气，P2为负压时，读数为真空度。如P1及P2按不同测压点，读数为压差。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。