1) cross flow convection
横向冲刷对流
2) cross-flow scrubbing
横向冲刷
1.
A new-style of gas-liquid reactor,namely the double-loop WFGD reactor with falling film by cross-flow scrubbing,is proposed.
提出了一种新型横向冲刷式双循环降膜湿法脱硫方式,研究了串联给浆工况主要运行参数对脱硫效率的影响规律。
2.
The wet flue gas desulfurization(WFGD) reactor with falling film by cross-flow scrubbing was brought forward firstly,in which the finned tubes were applied as the supporter of the falling film.
首次提出并设计了横向冲刷式降膜湿法脱硫反应器,并采用翅片管束作为降膜的载体。
3) transversal flow
横向冲刷
1.
Experimental study is conducted to investigate heat transfer enhancement and flow resistance performance of air transversal flow over Petal fin formed tube,and mechanism of heat transfer enhancement is also analyzed herein.
以空气为介质横向冲刷花瓣状翅片管（包括单管与管束）进行强化传热与流阻性能实验研究，并对其传热强化机理进行分析，结果表明，花瓣状翅片管的非连续周向翅片具有极好的传热强化效果，在实验范围内（Ｒｅ＝１０３～２×１０４），本文提出了横向冲刷花瓣状翅片管传热性能的计算方法与理论分析模型，其计算结果与实验值符合良好。
2.
The experimental results and comparison with transversal flow over Petal fin formed tube in paper(Ⅰ) show that,with the same fluid power consumption and e ?2×10 4,the heat transfer coefficient of transversal flow over Petal fin form.
实验结果表明，与文（一）的横向冲刷情况相比，在相同功耗下，Ｒｅ＝２×１０４时，按实际换热面积计算，横向冲刷花瓣状翅片管比光滑管提高给热系数１３５。
4) flow across
横向冲刷
1.
Experimental study on heat transfer for gas flow across tube bundle in circular shell;
气流横向冲刷圆壳管束的传热实验研究
2.
Field coordination analysis of gas flow across tube bundles;
气流横向冲刷管束湍流换热的场协同分析
5) transverse scour mark
横向冲刷痕
6) transverse convection
横向对流
1.
A numerical simulation model of falling film absorption over horizontal tubes in absorber with LiBr water solution as the working medium was established in consideration of wet ratio and transverse convection.
针对以溴化锂水溶液为工质的水平管吸收器,考虑湿润比和横向对流作用,建立了描述水平管外表面的降膜流动吸收传热传质耦合过程的数学模型。
2.
The result of numerical simulation for single tube, will lead to great error, neglecting transverse convection and variable film thickness, being lack of experimental test.
数值模拟主要针对单管,数学模型一般忽略横向对流和膜厚变化,结果缺乏必要的实测数据的验证,直接用于实际机组的设计会带来比较大的误差。
补充资料：冲刷
水流冲击引起河、渠及海岸、库岸等土石流失或剥蚀的现象。被冲刷的泥沙随水流运动，可能在其他地点淤积。
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