运动物体的场及其场的波动方程

A Field Excited by A Moving Body and Its Wave Equations

为了明确地研究引力场和引力波的性质,提出了一种假设:电中性运动质量流、运动物体或变化的引力场可以激发一种场,这种场可以对在其中运动的物体施加力,这种场的变化可以激发引力场.之后提出了这种场与引力场的关系方程组,并且从这个方程组出发推导出波动方程,波中的三个矢量:引力场、这个新场和波传播方向矢量满足左手定则.此与电磁波中的电场矢量、磁场矢量和电磁波的传播方向满足右手定则形成明显的对照.

In order to explicitly investigate the properties of gravitation and gravitational wave, the present paper proposed a hypothesis that an electrically neutral moving mass flux or a moving body or varying gravitational field with time can excite a vector field and the field can exert a force on a moving body in it and the variation of the field with time can excite gravitational field. Then equations of the relation be- tween the field and gravitational field were proposed. From the equations wave equations were derived. The three vectors in the wave： the direction vector of the wave propagation, gravitational field and the new field satisfy left--hand rule. This is evidently different from the case of electromagnetic wave in which electric field , magnetic field and the direction of wave propagation constitute right--hand rule.