引力场玻尔模型的相对论修正及应用  

The relativistic correction of the Bohr model of gravitational field and its application

作　　者：郝迪 Hao Di(Xi＇ an University of Post＆Telecommunications ShanxiXi＇an 710021)

机构地区：[1]西安邮电大学,陕西西安710121

出　　处：《科技风》2018年第18期207-208,共2页

摘　　要：对引力场的玻尔模型进行了动力学方面的相对论修正,建立了相对论情形下的引力轨道量子化模型,并将这种模型应用到了核子引力体系与高密度星体中。同时给出了引力轨道量子化模型的实验验证思路与方法,表明可以观测从高密度星体辐射出的系列特征电波,再利用观测结果同理论值相匹配从而验证引力轨道量子化模型的正确性与可应用性。In this paper, the Bohr model of gravitational field is modified by relativistic theory-. The quantization model of gravitational orbit is established in relativistic condition, and the model is applied to high-density star. The experimental verification idea of the quantization model of the gravitational orbit is also presented. It is shown that the correctness of the quantization model of the gravitational orbit can be judged by observing whether the characteristic waves radiated by high-density stars match the theoretical bands.

关 键 词：引力场的玻尔模型 相对论修正 量子化辐射 

分 类 号：O412.3[理学—理论物理]