The process of deployment and cut -off of a tethered satellite system is studied under some assumption conditions.
研究在某些假设条件下绳系卫星展开及剪断过程。
In order to simplify the control of tethered satellite system (TSS), a new design method was proposed by upgrading the existing methods.
为了简化绳系卫星系统(TSS)的控制，对已有的设计方法进行了改进，提出了一种新的控制律设计方法。
The latest handheld models extend the idea of a tethered satellite into the realm of wireless connectivity, making the idea of the satellite device even more powerful and appropriate.
最新的一些手持设备将这种连线的卫星系统扩大到了无线的领域，采用无线技术使得这种卫星设备的概念更为恰当和强大。
Deployment and retrieval of a tethered satellite system is the basic issue of its application while the control scheme by varying the tension force of the tether has not been well investigated.
绳系卫星的展开与回收是绳系卫星应用的基础问题，但通过改变系绳拉力来实现展开和回收的方法尚未得到充分研究。
It is observed that results from the critical stabilization must be applied in the construction of the stabilizing law for a tethered satellite system when the tether is assumed rigid and massless.
当拴连卫星系统的拴连约束假设为刚性且无质量时，在构造镇定律时，必须应用有关临界镇定的一些结果。
It is observed that results from the critical stabilization must be applied in the construction of the stabilizing law for a tethered satellite system when the tether is assumed rigid and massless.
当拴连卫星系统的拴连约束假设为刚性且无质量时，在构造镇定律时，必须应用有关临界镇定的一些结果。
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