natural convective boiling

An experimental study was performed to investigate the natural convective boiling characteristics and critical heat flux(CHF) of water and water-based CuO nanoparticle-suspensions(nanofluids) in vertical tubes.

对大气压下纳米流体在竖直细小圆管内自然对流沸腾特性和临界热通量(CHF)进行了试验研究。

Heat transfer characteristics are studied for liquid convective boiling with fluidized solid particles in a vertical rectangular conduit.

在对流沸腾系统中引入固体颗粒,固体颗粒在液体中呈流态化,从而形成气液固三相对流沸腾过程。

Based on the principle of energy use, and analyzes the plant deaerator self-boiling and economic security of the crew, and quantitative analysis using equivalent enthalpy drop principles for safe and economical operation of the plant deaerator provide guidance achieve the purpose of energy saving.

分析了电厂除氧器自生沸腾对机组安全性和经济性的影响,利用等效热降原理进行定量分析。