1) horizontal flow boiling
水平流动沸腾
1.
The momentum equation on the sliding bubble was established according to the analysis of forces acting on the sliding bubble in horizontal flow boiling,and the velocity of the sliding bubble was obtained by numerical solving method.
通过对水平流动沸腾下近壁滑移汽泡进行受力分析,研究建立了滑移汽泡动量守恒方程,通过数值求解,获得了近壁滑移汽泡的速度,并与Maity的试验数据进行了比较分析,两者符合较好。
2) flow boiling
流动沸腾
1.
Nonlinear characteristics in vapor-liquid-solid flow boiling system;
汽液固三相流动沸腾传热系统的非线性特性
2.
Models on flow boiling heat transfer of additive dilutes;
添加剂稀溶液的流动沸腾传热模型
3.
Study on flow boiling heat transfer in vertical narrow rectangular channel;
垂直窄矩形通道内流动沸腾传热研究
3) nonflow boiling
不流动沸腾
4) flow boiling patterns
流动沸腾流型
1.
Using the visual feature of Infrared Radiometry, flow boiling patterns are estimated from the thermographs.
利用红外温度测量的显示特点,预测不锈钢微管内流动沸腾的流型变化情况,在本文的实验条件下,不锈钢微管内水的流动沸腾流型变化基本上是以单相流、汽塞流和环状流的交替产生为主。
5) flow boiling heat transfer
流动沸腾传热
1.
Experimental study on vapor-liquid-solid three-phase flow boiling heat transfer of ethanol-water binary mixtures in a vertical tube was carried out.
引 言流动沸腾传热广泛存在于石油、化工、轻工、动力及能源等各个领域 ,但三相流动沸腾传热的研究极少 。
2.
To make clear the characteristics of bubble formation, coalescence and deformation in the narrow annular channel, a visible flow boiling heat transfer experiment has been carried out in vertical narrow annuli with inner side heating.
为了弄清在窄缝环形流道中气泡的形成、聚合和变形的特性 ,以及气泡在聚合变形之后对传热特性的影响 ,在常压下用蒸馏水对窄缝间隙为 0 75mm的垂直环形流道 ,进行了可视化的流动沸腾传热实验研究 ;实验段的有效加热长度为 90 0mm ,其加热方式为单面内侧加热 ,实验的流量变化范围为 1 667× 1 0 - 5m3/s至 5 833× 1 0 - 5m3/s。
补充资料：水平流动
见社会流动。
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