Linked from

The 41 pages that link to Nuclear magnetic resonance, each with the reason it gives.

• Magnetic resonance imagingNarrower topic: MRI detects radiofrequency signals produced by nuclear magnetic resonance, chiefly from hydrogen nuclei.

• AromaticityNarrower topic: Aromatic ring currents shift NMR signals and provide evidence about electron delocalization.

• Nuclear magnetic resonance spectroscopyNarrower topic: Spectroscopy applies this physical phenomenon to chemical analysis.

• Functional magnetic resonance imagingNarrower topic: Nuclear magnetic resonance provides the physical basis for MRI signals.

• Chemical shiftNarrower topic: Chemical shifts are measured from the resonance frequencies observed in nuclear magnetic resonance.

• Magnetic resonance angiographyNarrower topic: MRI signals underlying MRA arise from nuclear magnetic resonance, chiefly of hydrogen nuclei.

• Paul LauterburNarrower topic: Lauterbur adapted this signal-producing phenomenon to reveal spatial structure.

• Edward Mills PurcellNarrower topic: Purcell’s Nobel-recognized discovery was the first observation of this phenomenon in bulk matter.

• Nicolaas BloembergenNarrower topic: Bloembergen's doctoral research established theoretical foundations for this method.

• Peter MansfieldNarrower topic: Mansfield adapted its measurable signals into methods for locating and imaging structures inside the body.

• Raymond DamadianNarrower topic: Damadian investigated differences in nuclear magnetic resonance signals from normal and cancerous tissue.

• Richard R. ErnstNarrower topic: Ernst’s spectroscopy techniques measured and interpreted this underlying physical phenomenon.