1) protruded ripple plate
多孔波纹板
1.
Mass-transfer characteristics of cross-flow rotating bed with protruded ripple plate packing;
多孔波纹板错流旋转床的传质性能
2.
Studies on cross-flow rotating bed with protruded ripple plate packing;
多孔波纹板错流旋转床的性能研究
2) Slant Hole Plate Wave Packing
斜孔板波纹填料
1.
Researches on the Hydrodynamics and Mass Transfer Properties of the Metal Slant Hole Plate Wave Packing;
金属斜孔板波纹填料流体力学与传质性能研究
3) corrugated plate packing
孔板波纹填料
1.
Influences of structural parameters of plastics corrugated plate packing on its performance of mass transfer were invetigated in Φ 300 mm ID packing tower with air H 2O NH 3 system.
在内径3 0 0mm的填料塔中 ,以空气 -水 -氨为物系 ,研究了塑料孔板波纹填料的结构参数对其传质性能的影响。
2.
The influence of structural parameters of corrugated plate packing on performance of axial mixing in liquid phase was investigated in 300mm ID packing tower with air-H2O-KCl system.
在内径300mm的填料塔中,以空气-水-氯化钾为物系,研究了孔板波纹填料的结构参数对液相轴向混合特性的影响。
3.
The influence of structural parameters of corrugated plate packing on its performance of axial mixing in liquid phase and hydrodynamic and mass transfer was investigated in a Φ 300?mm ID packing tower.
在内径Φ30 0mm的填料塔中研究了孔板波纹填料的结构参数对液相轴向混合特性、流体力学和传质性能的影响 。
4) Titanium mesh ripple plate
钛网孔波纹板
5) discrete hole wave board
离散孔波纹板
1.
Two different wave discrete hole board are experimented,the model of heat transfer of discrete hole wave board film cooling is established,the effects on the film cooling effectiveness of the gas parameters of the flow and the geometric parameters of the discrete hole wave board are analyzed,and the transfer coefficients are obtained.
对 2种不同开口规律的离散孔波纹板进行实验研究 ,分析了来流气动参数、波纹板的开孔规律等几何参数对冷却效率的影响 。
2.
This paper investigates two different wave discrete hohe boards and analyzes the effects of the flow gas parameters and the geometric parameters of the discrete hole wave board on film cooling effectiveness.
对两种不同开口规律的离散孔波纹板进行了实验研究,分析了来流气动参数及波纹板的开孔规律等几何参数对冷却效率的影响,建立了离散孔波纹板气膜冷却对流换热模型,用最小二乘法拟合了相应的关系式及关系曲线,并将有关结果与离散孔平板进行了对比研究,得出了离散孔波纹板,尤其是在其波峰与波谷之间开有大孔的离散孔波纹板,在其波峰与波谷之间,冷却效率较低,在孔板的尾端,其冷却效率的增长比离散孔平板明显加快。
6) 250K ripple packing
250K变向孔板波纹填料
1.
The hydrodynamics and mass transfer performance of 250K ripple packing were studied(experimentally) and compared with those of 250Y ripple packing.
测定了250K变向孔板波纹填料的流体力学和传质性能,并将其和250Y型孔板波纹填料进行了对比。
补充资料：波纹板
分子式：
CAS号：
性质：又称波楞穿流板。将无溢流的穿流筛孔(或栅缝)板压成波纹形的穿流板。相邻两块塔板之间的波脊成90°交叉。这种塔板可以改善一般穿流塔的气液接触状况及使液体再分布均匀，可以提高塔板的通量及效率。
CAS号：
性质：又称波楞穿流板。将无溢流的穿流筛孔(或栅缝)板压成波纹形的穿流板。相邻两块塔板之间的波脊成90°交叉。这种塔板可以改善一般穿流塔的气液接触状况及使液体再分布均匀，可以提高塔板的通量及效率。
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