Reply to Comment on the Termperature Distribution in a Spinning Sphere During Atmospheric Entry

H. Reismann
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Abstract

ther, the directions of these components have a degree of invariance in tha t one component remains normal to the radius vector and the other component remains normal to the line of apsides. Where this property has been noted in the literature its derivation has been accomplished by geometry in which little use is made of terms that are physically familiar in orbit mechanics. Also, no inferences seem to have been made that there is any practical application which takes advantage of the invariance of these two velocity components. To illustrate these invariant velocity components, designated Vk and Vp (Fig. 1), assume a two-body conic trajectory, either elliptic or hyperbolic, where
关于旋转球体进入大气层时温度分布问题的答复
因此,这些分量的方向有一定程度的不变性,因为一个分量保持垂直于半径矢量,另一个分量保持垂直于斜线。在文献中提到这个性质的地方,它的推导是由几何学完成的,其中很少用到轨道力学中熟悉的物理术语。此外,似乎没有推论出有任何实际应用可以利用这两个速度分量的不变性。为了说明这些不变速度分量,指定为Vk和Vp(图1),假设两体圆锥轨迹,椭圆或双曲,其中
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