天体运行与板块构造运动驱动力探索──对史前地质构造运动旋回期成因解释  

EXPLORATION OF MOTIONS OF CELESTIAL BODIES AND THE DRIVING FORCE FOR THE PLATE-TECTONIC MOVEMENT──EXPLANATION OF THE ORIGIN OF PREHISTORIC TECTONIC (MOVEMENT) CYCLE PERIODS

作　　者：王征东 

机构地区：[1]山东省地矿局物化探勘查院

出　　处：《高校地质学报》1997年第4期370-378,共9页Geological Journal of China Universities

摘　　要：本文从研究公转角动量各自独立的星云状物质演化成原始天体开始，着重讨论由天体内部力源分布不均衡而产生的物质对流运动理论，地球周围引力场特征及响应，绕银心公转运行的地球壳、核相对运动特征．大陆地壳大规模经向水平运动周期与银河年的关系，以及它们与中前地质构造运动旋回潮的对此。从而证实：天体内部物质相对运动一地壳大规模经面水平运动行为，是天体遵守公转角动量守恒的一种反映。In this paper, formation of primitive celestial bodies from nebular material with independent revolution angular momentum is studied first and discussion is stressed on following problems: the theory of material convective motion produced by heterogeneous distribution of force source in the interior of celestial body;the features and responses of the gravitational field around the earth ; the relative movement features of earth's crust to the core which rotates around the galactic center; the relationship between the large - scale meridian horizontal movement of terrestrial crust and the galactic year, as well as their comparison to prehistoric tectonic cycle periods. It is thus confirmed that the behaviors of relative movement of the internal material in celestial bodies, i. e. the terrestrial crust large scale meridian movement, is a reflection of revolution angular momentum conservation of the celestial body.

关 键 词：天体运行 板块构造 构造运动 驱动力 

分 类 号：P554[天文地球—构造地质学] P183.5[天文地球—地质学]