cyclotron resonance
motion of charged particles in magnetic fields subject to external forces
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cyclotron resonance
Summary
cyclotron resonance is an interaction[1]. It draws 9 Wikipedia views per month (interaction category, ranking #16 of 15).[2]
Key Facts
- cyclotron resonance's instance of is recorded as interaction[3].
- cyclotron resonance's GND ID is recorded as 4191376-0[4].
- cyclotron resonance's Library of Congress authority ID is recorded as sh85035114[5].
- cyclotron resonance's Bibliothèque nationale de France ID is recorded as 13319704s[6].
- cyclotron resonance's Freebase ID is recorded as /m/0hr14d1[7].
- cyclotron resonance's Encyclopædia Britannica Online ID is recorded as science/cyclotron-resonance[8].
- cyclotron resonance's different from is recorded as cyclotron frequency[9].
- cyclotron resonance's different from is recorded as cyclotron angular frequency[10].
- cyclotron resonance's different from is recorded as electron cyclotron resonance[11].
- cyclotron resonance's FAST ID is recorded as 886018[12].
- cyclotron resonance's Microsoft Academic ID is recorded as 132427895[13].
- cyclotron resonance's OpenAlex ID is recorded as C132427895[14].
- cyclotron resonance's Yale LUX ID is recorded as concept/38228bf9-bd63-47cc-9eab-f82775cf24de[15].
Why It Matters
cyclotron resonance draws 9 Wikipedia views per month (interaction category, ranking #16 of 15).[2] It has Wikipedia articles in 11 language editions, a strong signal of global cultural recognition.[16]