高能核素溅射表面的部分原 子，而在入射流（incident flow）与受溅射原子之间，建立了一个碰撞区。膜在 这个热能区（碰撞区）形成后立即生成，这个区域正好成为凝结粒子的最佳场所。
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Analysis is made of the effect of nonuniformity of a supersonic incident flow on the gas dynamic and thermal characteristics of bodies.
针对超声速入射流的非均匀性对物体的气体动力特性和热特性的影响作了研究。
Result of a practical engineering models show that great wind effects of both wind speed and the angle of the incident flow on the efficiency of the condenser.
运用该指标对某电厂空冷项目实例的实验结果表明：风速、空冷平台柱高和来流风向角对冷凝器的效率有着重要影响。
All of the aerodynamic force must be produced in the absence of any incident flow, meaning lift can only be produced by the powered reciprocating motion of the wing.
所有的空气动力都必须在缺乏任何迎流的情况下产生，意味着只可能通过翼的有动力作用的往复运动来产生提升。
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