Features of Rotational Motion of a Spacecraft Descending in the Martian Atmosphere

V. S. Aslanov; A. S. Ledkov

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Features of Rotational Motion of a Spacecraft Descending in the Martian Atmosphere

机译：火星大气中航天器旋转运动的特征

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Angular motion at atmospheric entry is studied in the paper for a spacecraft with a bi-harmonic moment characteristic. Special attention is given to the case when the spacecraft possesses two stable balanced positions, and, hence, it can oscillate in dense atmospheric layers in the ranges of small or large angles of attack. The averaged equations of spacecraft motion are derived, which allow one to increase the speed of calculations by several orders of magnitude. A real example is presented, which concerns a spacecraft specially designed for descending in the Martian atmosphere.

机译：本文针对具有双谐波矩特性的航天器研究了大气进入时的角运动。当航天器具有两个稳定的平衡位置时，应特别注意这种情况，因此，航天器可以在小攻角或大攻角范围内的密集大气层中振荡。推导了航天器运动的平均方程，可以使计算速度提高几个数量级。给出了一个真实的例子，该例子涉及专门设计用于在火星大气中下降的航天器。

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来源
《Cosmic research》 |2007年第4期|331-338|共8页
作者
V. S. Aslanov; A. S. Ledkov;
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作者单位

Korolev Samara State Aerospace University, Samara, Russia;

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正文语种 eng
中图分类航天（宇宙航行）;
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1. Transition of Planar Rotational Motion of an Asymmetric Spacecraft into Oscillatory Motion at Its Reentry into the Atmosphere [J] . E. A. Kenshov, I. A. Timbai Cosmic research . 2004,第3期

机译：非对称航天器的平面旋转运动在重新进入大气时转变为振荡运动。
2. Numerical Simulation of Hypersonic Flows around Space Vehicles Descending in the Martian Atmosphere [J] . Yu. D. Shevelev, N. G. Syzranova, E. V. Kustova, Mathematical models and computer simulations . 2011,第2期

机译：火星大气中航天器周围高超声速流动的数值模拟
3. Numerical Analysis of Shock Layer Ionization during the Entry of the Schiaparelli Spacecraft into the Martian Atmosphere [J] . Surzhikov S. T. Fluid Dynamics . 2020,第3期

机译：Schiaparelli航天器进入火星氛围中的减震层电离的数值分析
4. LIMITING VELOCITIES OF SPACECRAFT MOTION IN EARTH AND MARTIAN ATMOSPHERES [C] . Vladimir Lapygin, Uspensky Georgy, Tatiana Sazonova, International Astronautical Congress . 2015

机译：限制地球和火星大气中航天器运动的速度
5. Using Orbiter Spacecraft Data to Characterize Small-scale Surface Features on the Moon and Constrain Geophysical Properties of the Martian Crust [D] . French, Renee Apphia 2016

机译：利用轨道航天器数据表征月球上的小尺度表面特征并限制火星地壳的地球物理性质
6. Persistence of Biomarker ATP and ATP-Generating Capability in Bacterial Cells and Spores Contaminating Spacecraft Materials under Earth Conditions and in a Simulated Martian Environment [O] . Patricia Fajardo-Cavazos, Andrew C. Schuerger, Wayne L. Nicholson 2008

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7. Martian atmosphere as observed by VIRTIS-M on Rosetta spacecraft [O] . Coradini, A, Grassi, D, Capaccioni, F, 2010

机译：VIRTIS-M在罗塞塔号航天器上观测到的火星大气
8. MOTIONS OF A SHORT 10 DEG BLUNTED CONE ENTERING A MARTIAN ATMOSPHERE AT ARBITRARY ANGLES OF ATTACK AND ARBITRARY PITCHING RATES [R] . Peterson, V. L. 1962

机译：短暂十分之一的锥体在任意角度攻击和任意俯仰速度下进入马尔坦大气层的运动

Features of Rotational Motion of a Spacecraft Descending in the Martian Atmosphere

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