Abstract

An electrodynamic space tether system operating in stretched cluster mode in a circular equatorial near-Earth orbit under conditions of nonuniformity of the Earth’s magnetic field is considered in this work. The dynamic equations of motion are analyzed to find equilibrium modes of motion. A possible motion mode of tethered cluster is found, which is close to vertical equilibrium position in the orbital plane. The stability of the found equilibrium is investigated in linear approximation. The results of numerical modeling of some relations for the tether system with varying its parameters are presented.

中文翻译：

---

地球磁场的不均匀性对电动力系链系统动力学的影响

摘要

在这项工作中，考虑了在圆形赤道近地轨道上以伸展的簇模式运行的电动动力系绳系统，该系统在地球磁场不均匀的条件下进行。分析运动的动态方程，以找到运动的平衡模式。找到了可能的束缚星团运动模式，该模式接近轨道平面中的垂直平衡位置。在线性近似中研究发现的平衡的稳定性。给出了系绳系统某些参数随参数变化的数值建模结果。