NMR spectroscopy/Related Articles

See also changes related to NMR spectroscopy, or pages that link to NMR spectroscopy or to this page or whose text contains "NMR spectroscopy".

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Parent topics

• Nuclear magnetic resonance [r]: A property that magnetic nuclei have in a magnetic field and applied electromagnetic (EM) pulse, which cause the nuclei to absorb energy from the EM pulse and radiate this energy back out. ^[e]

Subtopics

• List of Nuclear Magnetic Resonance experiments [r]: Add brief definition or description}
  • HNCO (NMR) [r]: Add brief definition or description

• Liquid-state NMR spectroscopy [r]: Add brief definition or description
  • Protein NMR spectroscopy [r]: Add brief definition or description
  • Nucleic acid NMR spectroscopy [r]: Add brief definition or description
• Solid-state NMR spectroscopy [r]: Add brief definition or description
  • Solid-state protein NMR spectroscopy [r]: Add brief definition or description
  • Localized NMR spectroscopy [r]: Add brief definition or description

Mathematical descriptions

• Product operator (NMR) [r]: A mathematical operator algebra used to describe magnetic states during NMR experiments. ^[e]

Other related topics

• CZ:Schema of Magnetic Resonance-related articles [r]: Add brief definition or description
• Metabolomics [r]: Add brief definition or description
• Metabolomics [r]: Add brief definition or description
• Zeeman effect [r]: Add brief definition or description
• Magnetic field [r]: Vector field H caused by permanent magnets, conduction currents, and displacement currents. ^[e]
• Boltzmann distribution [r]: Expression for the relative probability that a subsystem of a physical system in thermal equilibrium has a certain energy. ^[e]
• Spectral deconvolution [r]: Add brief definition or description
• Neuroimaging [r]: A group of techniques used to visualize structure and function of nervous systems, especially the vertebrate brain. ^[e]
• Brain morphometry [r]: The quantitative study of structures in the brain, their differences between individuals, correlations with brain function, and changes of these characteristics over time. ^[e]
• Magnetic resonance imaging [r]: The use of magnetic fields and electromagnetic radiation to visualize internal structures of non-magnetic objects non-destructively. ^[e]