1)  BLEVE
沸腾液体扩展蒸气爆炸
1.
And the analysis of result that caused from the continuous formed vapor cloud explosions and the boiled liquid expanded vapor explosions (BLEVE) were given.
并对连续形成的蒸气云爆炸和沸腾液体扩展蒸气爆炸的后果进行了分析 ,定量估算了液化石油气槽车两次爆炸事故后果的影响程
2)  BLEVE (boiling liquid expanding vapor explosion)
沸腾液体扩展蒸气爆炸(BLEVE)
3)  boiling
沸腾
1.
Modeling of chaotic signals based on genetic algorithms in vapor-liquid-solid boiling flow;
汽-液-固流动沸腾系统混沌时间序列的遗传算法全局建模
2.
Performance for Boiling Heat Transfer outside T-shaped Finned Tube Bundle;
T型管管束的沸腾传热性能
4)  fluidized roasting
沸腾焙烧
1.
Study on the process of high-iron sphalerite fluidized roasting;
沸腾焙烧高铁闪锌精矿工艺过程的研究
2.
The large-scale test of fluidized roasting ofcopper-bearing gold concentrate followed by cyanide leaching;
含铜金精矿沸腾焙烧浸出扩大试验
3.
The palletizing and roasting processes in fluidized roasting of pelletized zinc concentrate are investigated.
研究锌精矿制粒沸腾焙烧的制粒和焙烧过程。
5)  boiling heat transfer
沸腾传热
1.
Comparison of physical models of boiling heat transfer of porous surface tubes for heat exchangers;
换热器用多孔管沸腾传热物理模型比较
2.
Effect of additive on boiling heat transfer of ethylene glycol-water solution;
添加剂对乙二醇水溶液沸腾传热的研究
3.
The boiling heat transfer characteristics for three-phase fluidized bed in vertical tube;
垂直管内三相流化床沸腾传热特性
6)  fluidized-bed furnace
沸腾炉
1.
Application of fluidized-bed furnace in 100 kt/a S-NPK fertilizer plant;
沸腾炉在100kt/a S-NPK复混肥生产中的应用
参考词条
补充资料:水蒸气爆炸(steam explosion)
分子式:
CAS号:

性质:又称水蒸气爆炸(steam explosion)。锅炉受压元件破裂时水汽介质释放热能形成的爆炸。锅炉正常工作时,锅内呈水汽两相共存的饱和状态,炉内压力等于或接近锅炉的工作压力,水温是该压力所对应的饱和温度。一旦受压元件破裂,液面上的压力瞬即下降为大气压力,大气压力下水的饱和温度为100℃,使原工作压力下高于100℃的饱和水瞬间气化、体积骤然膨胀,形成爆炸。锅炉爆炸通常由超压运行、受压元件缺陷、严重缺水等引起,具有巨大破坏力。

说明:补充资料仅用于学习参考,请勿用于其它任何用途。