2009jOURNAL OF southwest University for NationalitiesRequires access

Comments on radial X-ray diffraction experiment in a diamond anvil cell

Fang Peng

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Abstract

Compared with the traditional axial X-ray diffraction techniques in a diamond anvil cell, the use of radial X-ray diffraction techniques in a diamond anvil cell is more convenient with higher experiment pressure( 100 GPa) and more information obtained.Using the radial X-ray diffraction techniques in a diamond anvil cell, through the experiment results of c-BC2N sample, we demonstrate the advantage of the radial X-ray diffraction in a diamond anvil cell.

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What this paper is about

Compared with the traditional axial X-ray diffraction techniques in a diamond anvil cell, the use of radial X-ray diffraction techniques in a diamond anvil cell is more convenient with higher experiment pressure( 100 GPa) and more information obtained.Using the radial X-ray diffraction techniques in a diamond anvil cell, through the experiment results of c-BC2N sample, we demonstrate the advantage of the radial X-ray diffraction in a diamond anvil cell.

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Available abstract

Compared with the traditional axial X-ray diffraction techniques in a diamond anvil cell, the use of radial X-ray diffraction techniques in a diamond anvil cell is more convenient with higher experiment pressure( 100 GPa) and more information obtained.Using the radial X-ray diffraction techniques in a diamond anvil cell, through the experiment results of c-BC2N sample, we demonstrate the advantage of the radial X-ray diffraction in a diamond anvil cell.

Key concepts: Diamond anvil cell, Diffraction, Diamond, X-ray crystallography, Materials science, Optics, Analytical Chemistry (journal), Crystallography

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