KnowraNuclear magnetic resonance spectroscopyLinked fromLinked fromThe 71 pages that link to Nuclear magnetic resonance spectroscopy, each with the reason it gives.All 71Broader topic 10Related 41Narrower topic 4Compared with 16Nuclear magnetic resonanceBroader topic: It uses resonance frequencies and couplings to distinguish atoms within molecules.Chemical analysisBroader topic: It can identify molecular structures and quantify compounds in suitable samples.Nuclear spinBroader topic: Chemical environments shift nuclear resonance frequencies and reveal molecular details.Larmor precessionBroader topic: Chemical environments shift the observed precession resonance from its reference frequency.Nuclear magnetic momentBroader topic: Its frequency shifts and splittings depend on magnetic interactions involving nuclei.Gyromagnetic ratioBroader topic: The nuclear ratio converts field strength into the resonance frequency used for spectroscopy.Isidor RabiBroader topic: The resonance principle Rabi established became a foundation for this chemical analysis method.Edward Mills PurcellBroader topic: Spectroscopy turns the resonance Purcell discovered into a tool for studying matter.Magnetic resonanceBroader topic: Chemical shifts and spin interactions turn resonance frequencies into molecular information.Atomic and molecular processes in external fieldsBroader topic: It uses field-dependent spin energies to identify molecular environments.