1) tooth-tip leakage
齿尖漏泄
2) tip leakage
叶尖泄漏
1.
Analysis of influential factors to tip leakage mixing loss;
叶尖泄漏掺混损失影响因素分析
2.
Mixed flow compressor achieves better performance and lower tip leakage loss,and flow field at outlet is more uniform in mixed flow impeller than centrifugal impeller.
计算结果表明在高比转速情况下,斜流叶轮有利于减弱叶尖泄漏损失,改善叶轮出口均匀性,提高叶轮效率和级效率。
3.
The results show that increasing hub design circulation could make impeller achieve better performance and lower tip leakage loss,and make flow field at outlet more uniform,but increasing tip design circulation could make impeller achieve higher ratio of total pressure in surge condition.
以高负荷高比转速斜流叶轮为例,采用数值模拟的方法,在级环境下分析了斜流叶轮根尖加功量分配形式对于斜流叶轮总体性能、叶尖泄漏以及出口均匀性的影响,讨论了斜流叶轮根尖加功量分配影响的内在机制。
3) Peak leakage
尖峰泄漏
4) tooth-tip reactance
齿尖漏抗
5) tooth tip leakage
齿尖磁漏
6) tooth tip leakage
齿尖漏磁
补充资料：三尖齿龙
中文名称( chinese)→ 三尖齿龙
其它中文名称( chinese[other])→ ...
拉丁文学名( name)→ trimucrodon
发音( pronounced)→ ..
含义( meaning)→ 三面的，尖锐的牙齿
目(order)→ ornithischia 鸟臀目
亚目( suborder)→ [未定]
类(infraorder)→ [未定]
属(genus)→ trimucrodon 三尖齿龙
模式种(type species)→ t. cuneatus
其它种(other species)→
错误归属种(misassigned species)→ ...
时代( period)→ 侏罗纪晚期 kimmeridgian?
分布( found in)→ 葡萄牙
发现地层( stratum)→ ...
食性( diet)→ 植食
典型状态( length up to)→ ...
推测体重( mass)→ ....
发现者( discoverer)→ thulborn, 1973
命名者( first described )→
thulborn, 1973
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