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High-Pressure X-ray Diffraction Study on the Structure and Phase Transition of 1,3-Cyclohexanedione Crystals

Van Der Helm

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Abstract

Cyclohexanedione (enol form), C6H802, mono- clinic, was studied at high pressures using a Merrill- Bassett diamond-anvil high-pressure cell and X-ray diffraction. The unit-cell parameters were measured to over 2.8 GPa and the structure was determined at

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What this paper is about

Cyclohexanedione (enol form), C6H802, mono- clinic, was studied at high pressures using a Merrill- Bassett diamond-anvil high-pressure cell and X-ray diffraction. The unit-cell parameters were measured to over 2.8 GPa and the structure was determined at

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Available abstract

Cyclohexanedione (enol form), C6H802, mono- clinic, was studied at high pressures using a Merrill- Bassett diamond-anvil high-pressure cell and X-ray diffraction. The unit-cell parameters were measured to over 2.8 GPa and the structure was determined at

Key concepts: Diamond anvil cell, Diffraction, X-ray crystallography, High pressure, Crystallography, Phase transition, Phase (matter), X-ray

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