摘要
根据量子力学原理对地核物质状态进行分析 ,简要计算了现代地球内核超固态物质原子中被公有化电子的平均值、地核物质的公有化自由电子浓度、现代地球内核中自由电子平均运动速度、早期产生地核物质量子效应的自引力压强临界值和起动地球整体膨胀的自引力压强、地核发生超固态量子力学效应所需要的能量等参数。内地核物质很可能是在超高压环境下形成的一种特殊物质状态──超固态。地核超固态产生的量子排斥压强超过地球自引力收缩压强的临界值时 ,导致地球发生整体的膨胀 。
Based on the principle of quantum mechanics, this paper made an analysis of the state of the earth core matter and calculated the following parameters: the average value of the communal electrons in ultra solid matter of earth core, the concentrations of communal free electrons in earth core matter, the average movement velocity of free electrons in modern earth core, the critical value of self gravitation pressure that produces quantum effect of earth core matter at the early stage, the self gravitation pressure that leads to the beginning of the overall expansion of the earth, the energy required for the generation of ultra solid state, and the energy for satisfying the generation of ultra solid quantum mechanic effect in the earth core. It is demonstrated that the inner earth core matter is a special kind of matter state ultra solid state formed in a superhigh pressure environment. When the quantum rejection pressure produced by the earth core ultra solid state exceeds the critical value of the earth's self gravitation contraction pressure, the overall expansion of the earth takes place, and hence the corresponding tectonic dynamics is called quantum earth tectonic dynamics.
出处
《物探与化探》
CAS
CSCD
2002年第4期273-278,共6页
Geophysical and Geochemical Exploration
关键词
地核物态
超高压
超固态
地球膨胀
量子地球动力
state of earth core matter
superhigh pressure
ultra solid state
earth's expansion
quantum earth dynamics
