1) critical quenching pressure
临界淬熄超压
1.
Three concepts,critical quenching velocity,critical quenching pressure and quenching parameter,have been put forward.
提出了临界淬熄速度、临界淬熄超压和熄爆参数3个概念,用火焰传播速度和压力来描述抑爆效果,使用熄爆参数来衡量抑爆结构抑制燃烧爆炸的能力。
2) critical quenching pressure difference
临界淬熄压差
1.
Two new important concepts, critical quenching value and critical quenching pressure difference are proposed.
提出了临界淬熄压差和临界淬熄量两个新的重要概念,综合考虑火焰传播速度和压力差来描述抑爆效果。
3) critical quenching value
临界淬熄量
1.
Two new important concepts, critical quenching value and critical quenching pressure difference are proposed.
提出了临界淬熄压差和临界淬熄量两个新的重要概念,综合考虑火焰传播速度和压力差来描述抑爆效果。
4) critical quenching velocity
临界淬熄速度
1.
Three concepts,critical quenching velocity,critical quenching pressure and quenching parameter,have been put forward.
提出了临界淬熄速度、临界淬熄超压和熄爆参数3个概念,用火焰传播速度和压力来描述抑爆效果,使用熄爆参数来衡量抑爆结构抑制燃烧爆炸的能力。
5) supercritical pressure
超临界压力
1.
Measurements of coefficient of convective heat transfer for endothermic hydrocarbon fuel up to supercritical pressures.;
超临界压力下吸热型碳氢燃料的对流给热系数测定
2.
Analysis and countermeasures of steam-excited vibration of supercritical pressure steam turbine;
超临界压力汽轮机蒸汽激振问题分析及对策
3.
In order to explore the underground heavy crude over 2000 meters in depth,a project of steam injection for supercritical pressure steam generator was designed and compared with the project of hot water injection by raising pressure of the former set hot water boiler.
为了解决埋深超过 2 0 0 0m的深层稠油开采难的问题 ,提出了一种超临界压力蒸汽发生器的开采方案 ,并与其他注汽方案进行了比较 ,同时研究了超临界压力热流体在地面管线和井筒中流动的规律。
6) supercritical pressures
超临界压力
1.
Convection heat transfer of CO2 at supercritical pressures in a vertical tube (Din=2 mm) was investigated experimentally in order to study the effects of the variation of physical properties, buoyancy and thermal acceleration on the convection heat transfer.
本文对超临界压力CO2在垂直圆管(Din=2 mm)内在高进口雷诺数和低进口雷诺数条件下的对流换热进行了实验研究,以研究变物性、浮升力和热加速对流动和换热的影响。
2.
Convection heat transfer of CO_2 at supercritical pressures in vertical small tubes with diameter of 1 mm was investigated experimentally.
本文对超临界压力二氧化碳在内径为1mm的竖直细圆管中的对流换热进行了实验研究。
补充资料：冲击波超压与动压