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The 10 pages that link to Chemical shift, each with the reason it gives.

• Nuclear magnetic resonance spectroscopyRelated: Electron shielding shifts resonance positions, making chemical environments distinguishable.

• Nuclear magnetic resonanceRelated: Chemical shifts make NMR spectra sensitive to molecular structure.

• X-ray spectroscopyRelated: Shifts in X-ray features reveal bonding and oxidation changes.

• Photoelectron spectroscopyRelated: Core-level shifts distinguish oxidation states and chemical bonding.

• Kurt WüthrichRelated: Chemical shifts help assign NMR signals to atoms in a protein.

• Paul LauterburRelated: Chemical shift provides molecular information, while Lauterbur’s gradients supplied spatial information.

• Edward Mills PurcellRelated: Chemical shifts made nuclear magnetic resonance useful for distinguishing molecular structures.

• Kai SiegbahnRelated: Chemical shifts let ESCA distinguish atoms of the same element in different bonding states.

• Magnetic resonanceRelated: It lets nuclear magnetic resonance spectroscopy distinguish chemically different atomic sites.

• DimethylmercuryRelated: Its mercury-199 signal historically served as a reference point for chemical shifts.