论文标题
通过旋转轴对称刚体的扰动引力波
Gravitational Waves by the Perturbation of a Rotating Axisymmetric Rigid Body
论文作者
论文摘要
进动是天体物理学重力波产生的重要机制之一。通常，刚体的自由进动可能是由三轴体的旋转引起的。在对称体的情况下，如果只有主轴与旋转轴不一致，则会有进攻。当对称身体围绕其主要轴之一旋转时，身体就无法用进攻移动。但是，当对称体的角速度的扰动在最大矩的主要轴周围旋转时，人体就会有进攻运动。在本文中，研究了通过旋转轴对称刚体的扰动来形成引力波的特征。
Precession is one of the important mechanisms of gravitational wave generation in astrophysics. In general, free precession of a rigid body can be caused by the rotation of a triaxial body. In the case of symmetric body, if only the principal axis does not coincide with the axis of rotation, then there is the precession. When a symmetric body rotates around one of its principal axes, the body cannot move with precession. However, when there is a perturbation in angular velocity of the symmetric body spinning around the principal axis of the largest moment, the body can have a precession motion. In this paper, the wave forms and their characteristics of gravitational waves by the perturbation of a rotating axisymmetric rigid body are studied.
