nucleon
1
8.0
- noun
- /ˈnjuːkliˌɒn/
- Specialized
:
nucleón
- The strong nuclear force that binds nucleons together acts only over distances of order 10^-13 cm.
- nucleon spin
- quarks in a nucleon
- nucleons and nuclei
Light elements by contrast have very few nucleons, protons or neutrons in the nucleus.
- Light elements by contrast have very few nucleons, protons or neutrons in the nucleus.
- And then how many total nucleons the same?
Examples
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Light elements by contrast have very few nucleons, protons or neutrons in the nucleus.
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When QCD emerged in the early 1970s, the full magnitude of the problem of nucleon structure began to be appreciated.
Academic text (1995) -
But the fact remains that much of the nucleon's spin lies elsewhere.
Academic text (1995) -
Of binding energy per nucleon versus nucleons.
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Polarizing the beam and target particles yields rich information about the spin structure of the nucleon.
Academic text (1995) -
Beginning in about 1970, experiments designed to probe the nucleon's spin substructure were conceived, proposed, and executed.
Academic text (1995) -
Is it due primarily to the spins of the three valence quarks that compose the nucleon in the simplest models?
Academic text (1995) -
Atomic nuclei contain two types of particles, or nucleons: the proton and the neutron.
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Xenon is a smaller atom with fewer nucleons in its nucleus.
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Light elements, by contrast, have very few nucleons, protons or neutrons, in the nucleus.
Compounds
How Fundamental
- Specialized
3
6.5
- Specialized
12
5.1
- Specialized
1
8.0
- Specialized
10
5.8
- Specialized
170
3.5
- Specialized
209
3.4
Surface Forms
Morphology
nucleon = nucleus (transparent) = nucle + on
Formed from 'nucleus' with the scientific particle-forming suffix '-on', so its meaning 'particle of the nucleus' is directly derivable from the base for learners who know 'nucleus'.
Etymology
Nucleon comes from nucleus ('little nut' or 'kernel') plus the particle ending -on, the same ending you see in proton and electron. So a nucleon is a particle that lives in the nucleus of an atom, like a proton or neutron.