摘要
岩石在地表条件下具有q值增大规律。岩浆岩和变质岩在地表条件下,吸收太阳等宇宙能转化成沉积岩;在地壳深处,沉积岩释放这些能量转化成岩浆岩或变质岩。能量的上述转换,是通过内生的低晶格能矿物与外生的高晶格能矿物负载者实现的;是通过硅、铝主导控制元素,以及氧、钠、钾、钙、镁和铁等实现的。外能补充内能并通过内能起作用,从而成为改造地球面貌的宏伟运动。
Rocks have laws of q-value increase in the earth's surface, in which magmatic and metamorphic rocks absorb universal energy such as the solar energy etc, to change into sedimentary rocks. In the depth of the earth's crust, sedimentary rocks release the energy and change into magmatlc or metamorphic rocks. The energy like this has been transformed through internally formed lower crystal lattice energy's minerals and externally formed higher crystal lattice energy's minerals which are energy's carriers, and transformed by leading control elements like silicon and aluminium, as well as oxygen, sodium, potassium, magnesrum and iron etc. The external energy replenishes the internal energy and acts through the internal energy, thus causing the great motion of remaking landforms
出处
《西南石油学院学报》
CSCD
1990年第4期31-39,共9页
Journal of Southwest Petroleum Institute
关键词
岩相
地球化学
晶格能
能量转换
Evolution of lithofacies
External energy
Transformation of energy
Geochemistry
