Resonance Magnetic Resonance (NMR) shine takamaiman takamaiman nuceli (Nuclear) wanda ya isa aikace -aikace a ko'ina cikin kimiyyar jiki, sunadarai da masana'antu. NMR yana amfani da babban maganadisu (Magnetic) don bincika abubuwan kamannin juzu'i na ƙwayoyin nukiliya. Kamar dukkan abubuwan hangen nesa, NMR yana amfani da wani ɓangaren wutar lantarki (raƙuman mitar rediyo) don haɓaka juzu'i tsakanin matakan makamashin nukiliya (Resonance).

A yau, NMR ya zama fasaha mai zurfi mai ƙarfi kuma mai ƙarfi wanda ya sami aikace -aikace iri -iri a fannoni da yawa na binciken kimiyya, magani, da masana'antu daban -daban. NMR spectroscopy na zamani yana jaddada aikace -aikacen a cikin tsarin biomolecular kuma yana taka muhimmiyar rawa a cikin ƙirar tsarin. Tare da ci gaba a cikin hanyoyin duka biyu da kayan aiki a cikin shekaru ashirin da suka gabata, NMR ya zama ɗayan mafi ƙarfi da madaidaitan dabaru don nazarin biomacromolecules.

Maganar NMR ita ce mafi mahimmancin ɓangaren NMR spectrometer. Magnet ɗin NMR yana ɗaya daga cikin mafi tsada da aka ƙera na tsarin tsinkayen sinadarin magnetic resonance spectrometer. Fasahar NMR maganadisu ta haɓaka sosai tun bayan ci gaban NMR. Farkon maganadisu na NMR sun kasance ƙarfe na dindindin ko na lantarki wanda ke samar da filayen maganadisun ƙasa da 1.5 T. A yau, yawancin maganadisun NMR sune na babban abin birgewa.