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- The ILM animators studied skydivers performing in a vertical wind tunnel to create Iron Man's aerial movements. 为了创造出铁人在空中的动作,工业光魔的动画制作人员研究了跳伞运动员在垂直通风管道中的姿势。
- The Test Technique of Spin for Vertical Wind Tunnel 立式风洞尾旋试验技术
- First large vertical wind tunnel successfully completed in China 我国建成第一座大型立式风洞
- The experimental research for the key technology of the vertical wind tunnel 立式风洞设计关键技术探索与实验研究
- vertical wind tunnel 直立式风洞,竖直风洞
- vertical wind tunnel test 立式风洞试验
- The planes survived the wind tunnel test intact. 这些纸飞机在测试风道中丝毫未损。
- It is not correct to think of the wind tunnel having uniform flow. 设想风洞具有均匀的气流是不正确的。
- Experiments of a configuration with twin vertical tails/delta wing have been carried out in a wind tunnel of BUAA in order to understand the source of vertical tail buffeting. 在北航的风洞中进行了双立尾-三角翼布局的立尾抖振实验,目的是研究立尾抖振产生的原因。
- Setting very low speeds in a wind tunnel is always a vexatious problem. 在风洞中调出低风速来始终是一个麻烦问题。
- It should be noted that a balance is not always required in a wind tunnel. 应该指出,天平对风洞来说并非是绝对必须的。
- The aerodynamics characteristics of this airfoil is studied in wind tunnel. 进行了翼型的低速气动力性能研究,为附面层特性研究提供了方向。 结果表明,该翼型具有较好的升阻和俯仰特性,但失速特性差。
- The paper is base on reference and gives theory method for estimating vertical drag, and for example of one helicopter, lias computed,Obtains a good agree of computing result with main rotor/fuselag wind tunnel lest result. 本文根据参考文献,给出估算垂向阻力的理论方法,并以某机为例进行了计算,计算结果与该机的旋翼/机身组合风洞试验结果相比,获得了很好的一致。
- Characteristics of Vertical Wind Profiles near Supercells Obtained from the Rapid Update Cycle. 从快速更新循环得到得超单体附近垂直风廓线的特征。
- A method and steps of calculating SRH are presented, first, with Doppler radar vertical wind profile (VWP) product. 首先探讨了由多普勒天气雷达提供的垂直风廓线(VWP)产品计算SRH的方法和步骤。
- The wind tunnel is produced under a technical cooperation agreement with Ford Co of US. 风洞机是根据与美国福特公司的技术合作协议生产的。
- Any flight test and wind tunnel correlation always suffers from a great number of unknowns. 在对飞行试验与风洞试验进行比较时总有大量的未知数。
- The strong vertical wind shear, low level jetstream and low level confluence is beneficial for the heavy rain development. 当近地层具有低空急流和强烈垂直风切变以及低层径向速度辐合时对暴雨的发展十分有利。
- It is forecast that NARI will remain strong when crossing the ridge axis due to good poleward outflow and moderate vertical wind shear. 预料继续受到良好的极向辐散通道及中等的垂直风切变影响,百合可于未来24小时维持强度。
- NARI should weaken throughout the forecast period as it will be subjected to lower sea surface temperatures and higher vertical wind shear. 百合将于馀下时间因受较冷的海水及强烈垂直风切变的影响而减弱。