electron paramagnetic resonance
- noun
- /ɪˈlɛktrɒn ˌpærəˈmæɡnɪk rɪˈzɒnəns/
- Specialized
- Scientists use electron paramagnetic resonance to study free radicals in biological systems.
Examples
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The electron paramagnetic resonance spectrum can reveal details about the molecular structure of materials.
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Advances in electron paramagnetic resonance have improved the analysis of transition metal complexes.
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The electron paramagnetic resonance method is essential in studying radicals.
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Can you explain how electron paramagnetic resonance works?
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Researchers rely on electron paramagnetic resonance to investigate the magnetic properties of unpaired electrons in various substances.
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In many laboratories, electron paramagnetic resonance is utilized to analyze the behavior of paramagnetic materials under microwave radiation.
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The technique of electron paramagnetic resonance is crucial for understanding the dynamics of free radicals in chemical reactions.
Synonyms
A method that uses microwaves to study unpaired electrons in materials
A technique using microwaves to study magnetic behavior of electrons in certain materials
Surface Forms
Morphology
electron + paramagnetic + resonance
The phrase denotes a resonance phenomenon specifically involving paramagnetic electrons, so its meaning is transparently compositional from 'electron' + 'paramagnetic' + 'resonance'. Although it is a technical term, the modifier–head structure clearly signals a resonance related to unpaired electrons, so a learner who knows the constituents can infer the overall meaning.
Etymology
Electron paramagnetic resonance names a lab method that studies tiny electrons that behave like 'tiny magnets'. In this name, paramagnetic points to materials with 'unpaired electrons' and resonance means those electrons absorb microwave energy like a radio finding a station, so the method reveals a sample's magnetic properties.