1) micro-fin tube
微肋管
1.
Research on the impact of micro-fin tube geometrical parameters on condensation;
微肋管结构对管内冷凝换热影响的研究
2.
Flow condensation heat transfer and pressure drop in horizontal micro-fin tubes;
水平新型微肋管内流动冷凝换热及流阻特性
3.
Calculation of boiling heat transfer for R417A flowing inside horizontal smooth and micro-fin tubes
R417A在水平光滑管与微肋管内的流动沸腾换热计算
2) microfin tube
微肋管
1.
Numerical simulation of condensation heat transfer and pressure-drop performance of R22 and R407C in horizontal microfin tube;
R22和R407C在水平微肋管内冷凝传热与压降的性能分析
2.
Local condensation heat transfer of R22 in a microfin tube and a plain tube are measured and compared.
进行了R22在光管和微肋管内凝结换热实验,比较了局部换热系数。
3.
The mathematic model for the transportation phenomenon of thin film evaporation basedon microfin tubes, as well as its finite difference numerical method, was conducted.
本文提出了基于微肋管的薄液膜蒸发沸腾的输运现象数学模型及其有限差分求解方法。
3) inner micro-fin tube
内微肋管
4) horizontal micro-fin tube
水平微肋管
1.
Heat transfer coefficients and pressure drop were experimentally determined for a horizontal micro-fin tube (2m in length, 11.
2 8%、质量流率为 4 0kg/m2 ·s～ 2 2 0kg/m2 ·s,蒸发温度分别为 - 5℃、0℃、+5℃时在水平微肋管内的沸腾换热特性及压降。
5) three-dimensional microfin tubes
三维微肋管
6) Micro-fin port tube
微元肋扁管
补充资料：肋管
分子式：
CAS号：
性质：即内部设有筋的一种塑料管，一般在生产时使筋呈螺旋状熔融黏结制得，该管重量轻、力学性能好。
CAS号：
性质：即内部设有筋的一种塑料管，一般在生产时使筋呈螺旋状熔融黏结制得，该管重量轻、力学性能好。
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