nuclear magnetic resonance
energy difference between the quantum spin states of electrons when exposed to an external magnetic field
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nuclear magnetic resonance
Summary
nuclear magnetic resonance is a nuclear physics term[1]. It draws 1,703 Wikipedia views per month (nuclear_physics_term category, ranking #1 of 2).[2]
Key Facts
- nuclear magnetic resonance's instance of is recorded as nuclear physics term[3].
- nuclear magnetic resonance's instance of is recorded as physical phenomenon[4].
- nuclear magnetic resonance is a type of absorption[5].
- nuclear magnetic resonance is used for magnetic resonance imaging[6].
- nuclear magnetic resonance is used for NMR spectroscopy[7].
- nuclear magnetic resonance's Commons category is recorded as Nuclear magnetic resonance[8].
- nuclear magnetic resonance's topic's main category is recorded as Category:Nuclear magnetic resonance[9].
- nuclear magnetic resonance's described by source is recorded as Armenian Soviet Encyclopedia, vol. 7[10].
- nuclear magnetic resonance's Stack Exchange tag is recorded as https://physics.stackexchange.com/tags/nuclear-magnetic-resonance[11].
- nuclear magnetic resonance's short name is recorded as {'lang': 'en', 'text': 'NMR'}[12].
- nuclear magnetic resonance's different from is recorded as NMR spectroscopy[13].
- nuclear magnetic resonance's different from is recorded as electron paramagnetic resonance[14].
- nuclear magnetic resonance's different from is recorded as resonance[15].
Body
Designation and Status
Recorded instance of include nuclear physics term[3] and physical phenomenon[4].
Why It Matters
nuclear magnetic resonance draws 1,703 Wikipedia views per month (nuclear_physics_term category, ranking #1 of 2).[2] It has Wikipedia articles in 25 language editions, a strong signal of global cultural recognition.[16] It is known by 34 alternative names across languages and contexts.[17]