A Cheap New Geological Dating Method Developed from Ancient Shells Study

Guiqing Chen, Junhao Chen
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Abstract

The vast majority of researchers on ancient shells are biologists, who are not familiar with X-ray diffractometers, etc. We are physical chemists who use X-ray diffraction to observe the changes in the crystal structure of ancient shells? Then use WDX electron probe to observe the changes in the microstructure of ancient shells. After discovering shells for a long time, calcite turned into aragonite, overturning the conclusion recorded in geological crystallographic books that aragonite’s structure and physical properties were unstable and would eventually transform into calcite. Unexpectedly discovered that the “Shuang chen Weathering Cave CC” of ancient shells has changed over time, it can be used as a new method for geological dating.The use of carbon 14 (C14) isotope geological dating method is quite expensive and lacks accuracy, causing many jokes. The “Shuang chen Weathering Cave CC” of ancient shells may be used as a new geological dating method, and it is quite cheap!
从古代贝壳研究中开发出廉价的新地质定年方法
绝大多数古贝壳研究人员都是生物学家,他们并不熟悉 X 射线衍射仪等仪器。我们是物理化学家,用 X 射线衍射仪观察古贝壳晶体结构的变化?再用 WDX 电子探针观察古贝壳微观结构的变化。长期发现贝壳后,方解石变成了文石,推翻了地质结晶学书籍中记载的文石结构和物理性质不稳定,最终会转变为方解石的结论。意外发现 "双陈风化洞 CC "的古贝壳随着时间的推移发生了变化,它可以作为一种新的地质年代测定方法。使用碳 14(C14)同位素地质年代测定方法相当昂贵,而且缺乏准确性,闹出了不少笑话。古贝壳的 "双陈风化洞 CC "可以作为一种新的地质测年方法,而且价格相当便宜!
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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