翟鹏济, 赵云龙
Abstract
Ⅰ. INTRODUCTION When developing the technique of fission track dating, people found that the etching rates vary markedly with the crystallographic orientation of the etched surfaces so that the shapes of tracks are different, and that even on the same Crystalline surface the etching is
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Ⅰ. INTRODUCTION When developing the technique of fission track dating, people found that the etching rates vary markedly with the crystallographic orientation of the etched surfaces so that the shapes of tracks are different, and that even on the same Crystalline surface the etching is
Key concepts: Zircon, Fission track dating, Etching (microfabrication), Fission, Orientation (vector space), Materials science, Geology, Mineralogy