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METHOD OF CONTROLLING ORIENTATION OF SPACECRAFT WITH FIXED SOLAR PANELS WHEN CONDUCTING EXPERIMENTS

机译:在进行实验时用固定的太阳能板控制航天器定向的方法

摘要

FIELD: physics; control.;SUBSTANCE: invention relates to space engineering. A method of controlling orientation of a spacecraft with fixed solar panels when conducting experiments includes gravitational orientation of the spacecraft by the longitudinal axis along the local vertical and spinning around the longitudinal axis, which corresponds to the minimum moment of inertia. The angle between the direction of the Sun and the orbital plane is further determined. The orbital altitude is determined. The spacecraft is spun around the longitudinal axis with angular velocity directed towards the centre of the Earth or from the centre of the Sun. The choice of the spinning direction depends on the value of the angle between the direction of the Sun and the orbital plane.;EFFECT: maximum overall illumination of solar panels in one pass.;3 dwg
机译:领域:物理学;物质:本发明涉及空间工程。一种在进行实验时控制具有固定太阳能电池板的航天器方向的方法,该方法包括通过纵轴沿局部垂直方向对航天器进行重力定向,并绕纵轴旋转,这对应于最小惯性矩。进一步确定太阳方向与轨道平面之间的角度。确定轨道高度。航天器绕着纵轴旋转,角速度指向地球中心或太阳中心。旋转方向的选择取决于太阳方向与轨道平面之间的夹角值。效果:一次通过最大的太阳能电池板整体照度; 3 dwg

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