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High Pressure Mossbauer Spectroscopy Using a Diamond Anvil Cell.

Saburou Nasu

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Abstract

Recent applications of high pressure Mossbauer spectroscopy using a diamond anvil cell are presented. High pressure Mossbauer studies of two perovskite-related iron oxides SrFeO2.97 and CaFeO3, magnetite Fe3O4, and wustite Fe1−δO have been carried out at 300 K at pressures of up to 74 GPa. A preliminary result by the resonant forward scattering of synchrotron radiation for high pressure Mossbauer spectroscopy using a diamond anvil cell is also presented.

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Recent applications of high pressure Mossbauer spectroscopy using a diamond anvil cell are presented. High pressure Mossbauer studies of two perovskite-related iron oxides SrFeO2.97 and CaFeO3, magnetite Fe3O4, and wustite Fe1−δO have been carried out at 300 K at pressures of up to 74 GPa. A preliminary result by the resonant forward scattering of synchrotron radiation for high pressure Mossbauer spectroscopy using a diamond anvil cell is also presented.

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Available abstract

Recent applications of high pressure Mossbauer spectroscopy using a diamond anvil cell are presented. High pressure Mossbauer studies of two perovskite-related iron oxides SrFeO2.97 and CaFeO3, magnetite Fe3O4, and wustite Fe1−δO have been carried out at 300 K at pressures of up to 74 GPa. A preliminary result by the resonant forward scattering of synchrotron radiation for high pressure Mossbauer spectroscopy using a diamond anvil cell is also presented.

Key concepts: Mössbauer spectroscopy, Wüstite, Diamond anvil cell, Materials science, Magnetite, Synchrotron radiation, Spectroscopy, Synchrotron

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