王瑜, 周丽云. 2008: 从同位素年代学发展到构造年代学. 地质通报, 27(12): 2014-2015.
    引用本文: 王瑜, 周丽云. 2008: 从同位素年代学发展到构造年代学. 地质通报, 27(12): 2014-2015.
    wang Yu, Zhou Li-yun. 2008: From isotopic chronology to tectonic chronology. Geological Bulletin of China, 27(12): 2014-2015.
    Citation: wang Yu, Zhou Li-yun. 2008: From isotopic chronology to tectonic chronology. Geological Bulletin of China, 27(12): 2014-2015.

    从同位素年代学发展到构造年代学

    From isotopic chronology to tectonic chronology

    • 摘要: 从同位素年代学发展到构造年代学,中间必需经历热年代学、构迼-热年代学和变形年代学等阶段。同位素年代学只是提供简单的地质事件年龄,热年代学使年龄赋予了温度的信息,而构造年代学则强调地质或构造过程时间-空间的四维演化过程。构造年代学使年龄数据的科学意义除了时间,还有温度、地壳深度变化以及流体的是否参与等多重意义,它涉及到多维空间的变化:时间、温度、水平方向的二维变形、垂直方向的变形等。在现有技术和认知水平的条件下,作者强调指出了从变形年代学到构造年代学的发展中要注意的一些关键的问题,而回归传统地质、以野外变形为基础的变形年代学研究是构造年代学发展的前提。

       

      Abstract: From isotopic chronology to tectonic chronology, several stages have to be developed: thermo-chronology, tectono-thermochronology, and deformation chronology. The isotopic chronology merely and simply refers ages of geologic episodes, however, the thermo-chronology can entrust temperature information to ages, and the tectonic chronology emphasizes time-space four-dimensional evolution in a geological or tectonic processes. The tectonic chronology has extra significance as temperature, crustal depth changes and thermo-fluid participating in, besides a time factor. It deals with time, temperature, horizontal and vertical deformation and development. In view of present technology and understanding level, we should pay special attentions to some important problems. Among these problems, emphasizing field geology or structural geology is the essential prerequisite to develop the tectonic chronology.

       

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