三维特性 meaning in English
three-dimensional character
Examples
- You lose the physical form - the ego self - your 3d identity - and move into higher frequencies of light
你失去了肉身形态? ?自我? ?你的三维特性? ?进入了更高频率的光。 - The application verifies the feasibility of the methods generating fragments , 3d characteristic of fragments and the stochastic characteristic of fragments
并进一步通过实例对破片生成的方法的可行性、破片的三维特性以及破片的随机性进行了应用验证。 - Understanding the three - dimensional nature of these flows and understanding the interactions between the ejected coolant and the endwall flow are the key to a successful endwall film - cooling design . results from this investigation enhance this understanding
揭示流场的三维特性以及喷射的冷空气与端壁附近的外流场相互作用规律是涡轮叶栅端壁气膜冷却设计成功的关键，本文的研究成果增加了对此规律的更深入了解。 - But the three - dimension character is very clear to the flow filed of the yangtze estuary . a mature three - dimension estuary and coastal model ecom is used to simulate tidal current and residual field . the result shows the ecom model is used successfully to simulate the current field character of the yangtze estuary
由于长江口流场具有明显的三维特性，因此引进国际上比较成熟的三维河口海岸模型，结合长江口的实际情况对其中部分模块进行修改，应用该模型对长江口的潮、余流场进行准确的模拟。 - ( 2 ) on the leading edge , the film cooling effectiveness at the zone immediately downstream of the cooling holes is affected by blowing ratio and mainstream reynolds number , while the effects are not important in the downstream zone far from the cooling holes . ( 3 ) on the front half of pressure surface , the effectiveness increases with decreasing blowing ratio at the downstream near the cooling row and it is contrary at the downstream far from the cooling row . ( 4 ) on the rear pare of the pressure surface , the effectiveness decreases with increasing blowing ratio and does not vary so much downstream in the cases of higher blowing ratio
研究结果表明叶片吸力面端壁附近区域压力系数分布呈现出较强的三维特性，动叶吸力面尤其明显；气膜孔流量系数随吹风比的增加而增大，在高吹风比情况下，流量系数逐渐趋于常数；在不同型面区域，冷却效率分布有较大的差异，而且吹风比与主流雷诺数的影响程度也不尽相同；低吹风比下，孔出口下游附近可以得到较好的冷却，中、高吹风比下，冷气射流在加速流动主流的作用下返回壁面进行二次冷却，孔下游较远区域可以得到较好的冷气覆盖。