1) effecfiveness of combining dissipation
联合消能效果
2) energy dissipation effect
消能效果
1.
In aspect of energy dissipation effect,both values of energy dissipation rate of two kinds of shapes of plu.
结果表明,无论是水体特性还是水动力特性,平底水垫塘都优于反拱水垫塘;在消能效果方面,平底水垫塘消能率与反拱水垫塘基本一致,二者的消能率均接近95%。
2.
The paper researchts the open ditch\'s energy dissipation effect by means of part lock model experiment and 3-D numerical simulation.
利用ADV等先进的量测仪器,通过船闸局部水工模型试验和三维数值模拟,对高水头船闸闸室明沟的消能效果和消能机理进行研究,分析流速分布、剩余比能、水面波动和紊动能耗散率等参数的结果表明:明沟消能工出流掺混强烈,97%的耗能位于明沟区,扩散均匀,水面波动较小,消能效果较优。
3) effect of energy dissipation
消能效果
1.
From numerical simulation,the velocity field of two spillway model are obtained,finally,the article compares the effect of energy dissipation between two spillway,and indicates that the stepped spillway is very well in energy dissipation.
通过数值模拟,得到了2种溢流坝水流的较为合理的速度场,比较了二者的消能效果。
2.
The valid results from hydraulic model shows that mixing energy dissipation by using the contraction energy dissipator in Low Dam Bucket-style stilling basin can obtain significant effect of energy dissipation,at the same time the stilling basin is capable of self-cleaning the bed-load.
把收缩式消能工用在低坝戽式消力池里进行混合消能,水工模型验证结果表明,同样取得显著的消能效果,还使消力戽具有自我清理推移质的能力。
4) combined energy dissipation
联合消能
1.
During the experiment, the fluctuating pressure on the bottom of the dissipative basin is measured and the effects of combined energy dissipation of flipping flow and the wide tail pier are validated.
根据某拟建水利枢纽泄流消能模型试验成果,分析了原设计宽尾墩消能工出现问题的原因,提出了满足设计要求的修改体型,验证了挑流与宽尾墩联合消能的效果, 并量测了消力池底板水流的脉动压力,指出脉动压力概率分布接近正态,水流紊动特性属低频大脉动。
5) combined energy dissipator
联合消能工
1.
The stilling basin of the Ankang Hydropower Station adopts a new type combined energy dissipator of flaring pier and stilling basin.
安康水电站表孔消力池采用宽尾墩 消力池新型联合消能工 ,自 1989年导流底孔下闸蓄水运用以来 ,经过抽水检查 ,发现消力池破损严重 ,如池底板变形、结构缝开裂等。
6) incorporated dissipator
联合消能工
1.
The incorporated dissipator including flaring gate piers, breast outlets down-jump and stillingbasin, model experiment shows that the hydraulic condition meets the requirement of design.
泄水建筑物为表孔与中孔双层布置，采用表孔宽尾墩──中孔跌流──消力池联合消能工，经水工模型试验验证，水力条件满足设计要求。
补充资料：得食能消
【得食能消】
谓菩萨于诸梵行，精进无怠，而于饮食，不节不恣，是以食已即消，而无停滞之患也。
谓菩萨于诸梵行，精进无怠，而于饮食，不节不恣，是以食已即消，而无停滞之患也。
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