动态约束离心力对系统的推进作用研究

Research on Propelling Effect of Dynamically Constrained Centrifugal Force on System

动态约束离心力对系统推进作用的研究是根据系统的圆周运动中所产生的动量的改变量,确定真实的向心力冲量作用的存在,根据牛顿第三定律,肯定做圆周运动的物体必然对其施以向心力作用的物体以离心力的反作用,动态约束离心力对系统产生周期性直线运动的推进作用,并对其推进作用力和运动速度的特征、系统的周期性位移做了分析,对改进其推进效能的问题做了进一步的讨论,有助于加深动态约束离心力对系统的推进作用的认识,有益于拓展离心力推进技术的应用空间,可用于航天器的姿态控制、轨道转移以及水利工程的水下探测等推进动力技术。

The study of dynamic constrained centrifugal force on system propulsion is to determine the existence of real centripetal force impulse action according to the change of momentum generated in the circular motion of the system. According to Newton’s third law, it is certain that objects in circular motion must react with centrifugal force on objects acting on centripetal force. The dynamic constrained centrifugal force promotes the periodic linear motion of the system, and the characteristics of propulsion force, velocity and periodic displacement of the system are analyzed. It is helpful to deepen the understanding of the propulsion effect of dynamic constrained centrifugal force on the system, and to expand the application space of centrifugal force propulsion technology, which can be used for spacecraft attitude control, orbit transfer and underwater exploration of hydraulic engineering propulsion technology.