Application by use of Sensitive High Resolution Ion MicroProbe for the Study of Earth and Planetary Sciences

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  • HIDAKA Hiroshi
    Department of Earth and Planetary Systems Science, Faculty of Science, Hiroshima University
  • SANO Yuji
    Department of Earth and Planetary Systems Science, Faculty of Science, Hiroshima University

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Other Title
  • 高感度・高分解能イオンマイクロプローブ(SHRIMP)を用いた地球惑星科学
  • 地球化学の新方法--高感度・高分解能イオンマイクロプローブ(SHRIMP)を用いた地球惑星科学
  • チキュウ カガク ノ シン ホウホウ コウカンド コウブンカイノウ イオン マ

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Abstract

An ion microprobe provides advantages of in-situ isotopic measurements with high spatial resolution. It has been expected as a powerful analytical tool with a wide application of earth and planetary sciences. Sensitive High Resolution Ion MicroProbe (SHRIMP) developed at Australian National University has been successfully used to determine U-Th-Pb dating of a single grain zircon from Precambrian rocks. Although it is often recognized simply as a zircon analysis device, its capabilities should be applied to other geo- and cosmochemical studies. In this article we show the fundamental structure of SHRIMP, progress, recent studies and perspectives by using SHRIMP.

Journal

  • Chikyukagaku

    Chikyukagaku 31 (1), 1-16, 1997

    The Geochemical Society of Japan

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