CZ:Schema of Magnetic Resonance-related articles: Difference between revisions
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imported>Sekhar Talluri (Add instrumentation to experimental section) |
imported>Sekhar Talluri (→Theory) |
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===Theory=== | ===Theory=== | ||
{{r|Nuclear magnetic resonance}} | {{r|Nuclear magnetic resonance}} | ||
{{r|Product operator (NMR)||**}} | {{r|Product operator (NMR)||**}} | ||
{{r|Chemical shift||**}} | {{r|Chemical shift||**}} | ||
{{r|Chemical shift anisotropy||***}} | {{r|Chemical shift anisotropy||***}} | ||
{{r|Effects of inhomogeneous magnetic fields||***}} | |||
{{r|Dipolar coupling (NMR)||**}} | {{r|Dipolar coupling (NMR)||**}} | ||
{{r|Residual dipolar coupling||***}} | {{r|Residual dipolar coupling||***}} | ||
{{r|Nuclear Overhauser effect||***}} | {{r|Nuclear Overhauser effect||***}} | ||
{{r|Chemical exchange||**}} | {{r|Chemical exchange||**}} | ||
{{r|Nuclear Magnetic Resonance pulse sequence||**}} | |||
{{r|Building blocks: polarization transfer||***}} | |||
{{r|Building blocks: broadband decoupling||***}} | |||
{{r|Building blocks: selective excitation||***}} | |||
{{r|Building blocks: solvent suppression - pulsed magnetic field gradients and RF ||****}} | |||
===Experiments=== | ===Experiments=== | ||
Revision as of 07:43, 25 January 2009
About this page
This page is intended to help establish a coherent structure of clusters related to Nuclear magnetic resonance, somewhat similar to what CZ:Core Articles do on larger topics. It is a spin-off of the NMR spectroscopy talk page prior to initial approval.
Schema
Theory
- 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]
- Product operator (NMR) [r]: A mathematical operator algebra used to describe magnetic states during NMR experiments. [e]
- Chemical shift [r]: Add brief definition or description
- Dipolar coupling (NMR) [r]: Add brief definition or description
- Residual dipolar coupling [r]: Add brief definition or description
- Nuclear Overhauser effect [r]: Change in intensity of a signal when irradiation is carried out at the resonance frequency of a spatially proximal nucleus. [e]
- Chemical exchange [r]: Add brief definition or description
- Nuclear Magnetic Resonance pulse sequence [r]: Add brief definition or description
Experiments
- List of Nuclear Magnetic Resonance experiments [r]: Add brief definition or description}
- NMR spectroscopy [r]: The use of electromagnetic radiation, in the presence of a magnetic field, to obtain information regarding transitions between different nuclear spin states of the nuclei present in the sample of interest. [e]
- Magnetic resonance imaging [r]: The use of magnetic fields and electromagnetic radiation to visualize internal structures of non-magnetic objects non-destructively. [e]
- Functional magnetic resonance imaging [r]: A neuroimaging technique used to monitor task-specific blood oxygenation, primarily in the brain. [e]
- Structural magnetic resonance imaging [r]: Add brief definition or description
- Instrumentation [r]: Add brief definition or description
Related articles
- Metabolomics [r]: Add brief definition or description
- Zeeman effect [r]: Add brief definition or description
- Magnetic field [r]: Add brief definition or description
- Boltzmann distribution [r]: Add brief definition or description
- Spectral deconvolution [r]: Add brief definition or description
- Neuroimaging [r]: Add brief definition or description
- Brain morphometry [r]: Add brief definition or description
- Nuclear quadrupole resonance [r]: Add brief definition or description
- ESR spectroscopy [r]: Add brief definition or description