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46亿年以来 ,地球的内力活动是由地球液体内核上升的富氢挥发物流所维持的。为了解释这些导致地球内核如此巨量氢集中的作用 ,文中提出了一个关于地球、其它行星及作为一个整体的太阳系 ,其起源与演化的非传统的岩石学模型。排氢脉冲导致洋壳扩张的增强 ,而此则与创造出造山带的地壳变动幕相关。随后大洋底板活动的减弱 ,则招致褶皱陆壳的剥蚀 ,并伴有广泛展布的玄武岩岩浆作用 ,以及大洋周边优地槽区的稳定化。地壳发展旋回的有规则重复 ,都与地球历史中岩浆作用、变质作用、成矿作用和全球灾变的特殊特点相关。在最大的地核排氢期间 ,氢流体达到了平流层 ,并在这里形成有高反射力的水冰云。它们增加了地球的反射率 ,并成为地球全球冰封的基础。平流层冰云促进了对臭氧辐射盾牌的破坏 ,从而导致继冰期之后的生物灾难。
For 4.6 billion years, the earth's internal force activities are sustained by the hydrogen-rich volatile stream rising from the earth's liquid core. To explain these effects of such a large concentration of hydrogen on the earth's core, a non-traditional petrological model of the origin and evolution of the Earth, other planets and, as a whole, the solar system is presented. Hydrogen-pulsing leads to the enhancement of the oceanic crust, which is associated with the crustal alteration that created the orogenic belt. Subsequent ocean floor decay led to denudation of the folded continental crust, accompanied by extensive spreading of basaltic magmatism and stabilization of well-trough areas around the ocean. The regular repetition of crustal development cycles is related to the magmatic role in the history of the earth, the metamorphism, mineralization and the special features of global catastrophe. Hydrogen fluid reaches the stratosphere during the discharge of the largest earth's core and forms a highly reflective water ice cloud here. They increase the reflectivity of the earth and become the foundation of the Earth's global iceboundness. Stratospheric ice clouds have contributed to the destruction of the ozone radiation shield, resulting in a biological catastrophe following the ice age.