1.
Numerical Simulation of Turbulent Flow of Energy Dissipater in Free Flow Tunnel;
无压隧洞内消能工湍流数值模拟研究
2.
Research on Barrage Effect for Level Rotary Internal Energy Dissipation Discharge Tunnel;
水平旋流内消能泄洪洞的阻塞效应研究
3.
Energy Dissipation Within High Dam of Glory Inlet and Combination of Silo & Hole Staff;
高坝坝内旋流式竖井加洞塞组合消能研究
4.
Numerical Simulation of Level Swirling Flow of Inner Energy Dissipation Discharge Tunnel;
水平旋流内消能泄洪洞水力特性的数值模拟
5.
Numerical Simulation of Level Swirling Flow of Inner Energy Dissipation Discharge Tunnel with Shaft Inlet
竖井进流水平旋转内消能泄洪洞的数值模拟
6.
Model Test and Numerical Simulation for Swirling Flow of Inner Dissipator with Shaft Inlet;
竖井进流水平旋转内消能泄洪洞试验研究与数值模拟
7.
Structure Optimizing and Project Augmentation for Internal Dissipation Discharge Tunnel with Swirling Flow Reconstructed from Diversion Tunnel of Gongboxia Power Station;
公伯峡水电站导流洞改建为旋流式内消能泄洪洞的体型优化与方案比较研究
8.
Theoretical expression ot the wall shearing stress has been deduced for the level rotary flow in an internal energy dissipation tunnel.
本文推导了水平旋转内消能泄洪洞空腔环流壁面切应力的理论分析表达式。
9.
It is still impossible for scientists to say what happens inside a black hole.
科学家仍不能说出黑洞内发生了什么。
10.
Good teachers have insight into children's emotions.
优秀的教师能洞察学生内心的情感。
11.
Cultural Connotation of Joking the Bridal Chamber and its Function
闹洞房习俗的文化内涵及功能分析
12.
John tried to help the putt fall by using body English.
约翰尽量把身体扭向洞口方向以期高尔夫球能落进洞内。
13.
They may hide in caves, old logs, houses or garages.
他们可能躲进山洞里、朽木中、房间或车库内。
14.
This small rodent can scoop a long,narrow tunnel in a very short time.
这只海狸能在短时间内挖出一条长且窄的洞。
15.
In normal times, the moisture in the rock mass that cannot evaporate will certainly be detrimental to the frescoes in the grottoes.
平时，崖体内水分不能蒸发，也势必危害洞中壁画。
16.
One possibility is that the present-day black holes have less gas to consume.
有一个可能是，今日黑洞的周遭仅有较少的气体可供消耗。
17.
The trajectory bucket is improved and optimized for suitable trajectory distance and small scouring.
泄洪洞挑流坎挑流消能时，当泄流量较小时，挑距较短。
18.
Numerical and Experimental Study on the Hydraulic Characteristics of the Throat-Type and Right-Angle Energy Dissipator;
洞塞式和直弯式消能工水力特性的数值和试验研究