摘要
根据太阳系结构与原子结构、引力场与静电场的相似性,本文作者模拟量子理论研究了太阳系原始行星物质的径向分布.得出的结果是:物质的径向分布密度呈波浪形,由内向外减小;每个密度峰到太阳的距离与目前行星的距离有很好的对应关系;密度的大小与行星的质量有较好的相关性;由该理论得到的重元素的分布与事实相符.
According to the similarity between the structure of the solar system and that of an atom,and between the gravitational field and the electrostatic field, the radial distribution of the primitive planet substance in the solar system has been studied in simulated quantum theory.The conclusion is as follows: The radial distribution of substance is a wave line, its amplitude decreasing from inside to outside. There are a good corresponding relationship between the distances of the density heights to the sun and the present planetary distances, and a relatively good correlativity between the magnitude of the density and planetary mass. The distribution of the weight elements obtained in this theory fits in the fact.
出处
《天文学报》
CSCD
北大核心
1993年第3期333-340,共8页
Acta Astronomica Sinica
