nuclear magnetic resonance spectrum
A nuclear magnetic resonance (NMR) spectrum is a graph that provides information about the chemical structure and behavior of molecules. It is obtained by applying a strong magnetic field to a sample containing atomic nuclei, which then emit radio waves when excited by radiofrequency pulses. The resulting spectrum reveals the frequencies at which different atomic nuclei resonate, allowing scientists to determine the type, number, and arrangement of atoms in a molecule.
Requires login.
Related Concepts (21)
- carbon-13 nmr
- chemical exchange saturation transfer
- chemical shift
- cosy spectrum
- fourier transform nmr
- integration
- inversion recovery experiment
- multi-dimensional nmr
- noesy spectrum
- nuclear overhauser effect
- paramagnetic nmr
- proton nmr
- relaxation times
- saturation transfer difference
- signal splitting
- solid-state nmr
- spectral assignment
- spectrum
- spin-lattice relaxation
- spin-spin coupling
- spin-spin relaxation
Similar Concepts
- electromagnetic spectrum
- emission spectra
- emission spectrum
- imaging spectrum
- magnetic resonance
- magnetic resonance imaging
- magnetic resonance spectroscopy (mrs)
- mass spectrometry imaging
- mass spectrum
- mass-energy spectrum
- nmr spectroscopy
- nuclear energy spectrum
- nuclear scattering
- solar spectrum
- x-ray spectrum