Bethke C M, Altaner S P, Harrison W J, Upson C
Science. 1988 Jan 15;239(4837):261-7. doi: 10.1126/science.239.4837.261.
Geological processes of fluid transport and chemical reaction in sedimentary basins have formed many of the earth's energy and mineral resources. These processes can be analyzed on natural time and distance scales with the use of supercomputers. Numerical experiments are presented that give insights to the factors controlling subsurface pressures, temperatures, and reactions; the origin of ores; and the distribution and quality of hydrocarbon reservoirs. The results show that numerical analysis combined with stratigraphic, sea level, and plate tectonic histories provides a powerful tool for studying the evolution of sedimentary basins over geologic time.
沉积盆地中流体运移和化学反应的地质过程形成了地球上许多能源和矿产资源。利用超级计算机可以在自然的时间和距离尺度上对这些过程进行分析。本文展示了数值实验,这些实验有助于深入了解控制地下压力、温度和反应的因素;矿石的成因;以及油气藏的分布和质量。结果表明,数值分析与地层、海平面和板块构造历史相结合,为研究沉积盆地在地质时期的演化提供了一个强大的工具。