在地球卫星的动力飞行轨道上

B. Fried
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引用次数: 0

摘要

摘要:动力飞行轨迹的实际选择取决于助推器设计的细节和选择的特定轨道,后者由仪器和数据要求决定。然而,抛开这些考虑,从导弹效率的角度来看,什么样的弹道是最优的,这是一个有趣的问题。所采用的方法假定助推器的特性,即它的推力和质量作为时间的函数是明确的。接下来的问题是确定什么样的动力飞行轨迹将使卫星进入最高高度的轨道。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
ON THE POWERED FLIGHT TRAJECTORY OF AN EARTH SATELLITE
Abstract : The actual choice of a powered flight trajectory depends upon details of booster design and upon the particular orbit selected, the latter being determined by instrumentation and data requirements. Independent of these considerations, however, it is of interest to ask what type of trajectory will be optimal from the standpoint of missile efficiency. The approach used assumes that the characteristics of the booster, i.e., its thrust and mass as functions of time, are specified. The problem is then to determine what powered flight trajectory will put the satellite into an orbit of maximum altitude.
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