2006•Journal of the Spectroscopical Society of JapanRequires access

Magnetic Resonance Spectroscopy V. Practical Solid State NMR

Kazuo Yamauchi

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Abstract

Solid state nuclear magnetic resonance (Solid state NMR) is the one of the most powerful analysis method for the chemistry, physics, solid material sciences, bio-molecules and etc. The solid state NMR needs more advanced technique in the field of hardwares and pulse programs to obtain information compare to liquid state NMR. This review introduces these technologies and examples of application.

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What this paper is about

Solid state nuclear magnetic resonance (Solid state NMR) is the one of the most powerful analysis method for the chemistry, physics, solid material sciences, bio-molecules and etc. The solid state NMR needs more advanced technique in the field of hardwares and pulse programs to obtain information compare to liquid state NMR. This review introduces these technologies and examples of application.

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Available abstract

Solid state nuclear magnetic resonance (Solid state NMR) is the one of the most powerful analysis method for the chemistry, physics, solid material sciences, bio-molecules and etc. The solid state NMR needs more advanced technique in the field of hardwares and pulse programs to obtain information compare to liquid state NMR. This review introduces these technologies and examples of application.

Key concepts: Solid-state nuclear magnetic resonance, Nuclear magnetic resonance spectroscopy, Solid-state, Spectroscopy, Nuclear magnetic resonance crystallography, Nuclear magnetic resonance, Solid-state physics, Materials science

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