通过对空气流场、过冷水滴运动轨迹的计算和能量方程的求解，得到了多种状态下的风速管表面温度。
Based on the calculation of aerodynamic flow field, overcooled water droplets trajectories and energy equation, surface temperatures of the anemometer under various conditions were obtained.
笔者在给定加热功率下，利用计算流体力学（简称CFD）和传热学相结合的方法计算了风速管的表面温度。
Surface temperature of an anemometer heated by a given power was calculated by CFD and heat flux analysis.
试验研究表明：埋管风机和接力风机开启的效果优于关闭时，发电机层风速分布满足要求且分布均匀。
The research implies that the effect is better when the wind machine is open than when is closed, and the velocity in the layer of electricity is fit for requests and its distribution is equal.
试验研究表明：埋管风机和接力风机开启的效果优于关闭时，发电机层风速分布满足要求且分布均匀。
The research implies that the effect is better when the wind machine is open than when is closed, and the velocity in the layer of electricity is fit for requests and its distribution is equal.
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