1) annular channels with ribs
环肋通道
2) ribbed channel
肋化通道
1.
The influence of width-to-pitch ratio (t/p) and width-to-height ratio (t/e) of ribs upon heat transfer and total pressure loss of rectangular grid-ribbed channel was studied experimentally.
通过10个实验模型研究了肋宽与肋间距之比t/p以及肋宽与肋高之比t/e对网格式肋化通道的换热与总压损失的影响。
3) circumferential fins tube
环内肋管道
4) rib-roughened serpentine passage
带肋蛇形通道
5) coil tube finned passage
蛇形带肋通道
6) annular channel
环形通道
1.
Experiment study was also conducted using annular channels with gap sizes of 1.
在充分考虑干涸后弥散流区域液滴、过热蒸汽以及加热壁面间的各换热过程的基础上,提出了一个预测环形通道弥散流换热的理论模型,同时针对1。
2.
Post-dryout boiling heat transfer with deionized water flowing through narrow annular channel under the conditions of medium pressure(1.
对以水为工质在中压(1 5～6 0MPa)、低质量流速(52 89～84 20kg/(m2·s))下的双面加热环形通道内的流动沸腾干涸后传热进行了实验研究。
3.
It was shown that heat transfer coefficient increases with increasing heat flux,mass flux and decreasing gap of the annular channel.
建立了环形通道内环状流的分相流模型 ,通过求解质量、动量及能量守恒方程 ,得到了液膜的厚度、膜内速度、温度的分布以及换热系数 。
补充资料：公理化方法(见公理化和形式化)
公理化方法(见公理化和形式化)
axiomatical method
gongllbuafangfa公理化方法化和形式化。(axiomatieal method)见公理
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