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| Proton(proton) |  | proton |
| appearance as argument number 1 |
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| (subclass Proton SubatomicParticle) | Merge.kif 1236-1236 | Proton is a subclass of subatomic particle |
| (documentation Proton EnglishLanguage "Components of the AtomicNucleus. They have a positive charge.") | Merge.kif 1238-1239 | Proton is a subclass of subatomic particle |
| appearance as argument number 2 |
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| (termFormat EnglishLanguage Proton "proton") | english_format.kif 852-852 |
| consequent |
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| (=> (instance ?ATOM Atom) (exists (?PROTON ?ELECTRON) (and (part ?PROTON ?ATOM) (part ?ELECTRON ?ATOM) (instance ?PROTON Proton) (instance ?ELECTRON Electron)))) |
Merge.kif 1186-1193 | If X is an instance of atom, then there exist Y, Z such that Y is a part of X, Z is a part of X, Y is an instance of proton, and Z is an instance of electron |
| (=> (instance ?NUCLEUS AtomicNucleus) (exists (?NEUTRON ?PROTON) (and (component ?NEUTRON ?NUCLEUS) (component ?PROTON ?NUCLEUS) (instance ?NEUTRON Neutron) (instance ?PROTON Proton)))) |
Merge.kif 1222-1229 | If X is an instance of atomic nucleus, then there exist Y, Z such that Y is a component of X, Z is a component of X, Y is an instance of neutron, and Z is an instance of proton |
| (=> (atomicNumber ?TYPE ?NUMBER) (=> (and (instance ?SUBSTANCE ?TYPE) (part ?ATOM ?SUBSTANCE) (instance ?ATOM Atom)) (equal ?NUMBER (CardinalityFn (KappaFn ?PROTON (and (part ?PROTON ?ATOM) (instance ?PROTON Proton))))))) |
Merge.kif 14087-14099 | Assuming X is an atomic number of Y, it follows that: if Z is an instance of Y, W is a part of Z, and W is an instance of atom, then equal X and the number of instances in the class described by V |
| (=> (and (protonNumber ?SUBSTANCE ?NUMBER) (part ?ATOM ?SUBSTANCE) (or (instance ?ATOM Atom) (instance ?ATOM Molecule))) (exists (?PROTON) (equal ?NUMBER (CardinalityFn (KappaFn ?PROTON (and (part ?PROTON ?ATOM) (instance ?PROTON Proton))))))) |
Mid-level-ontology.kif 23961-23974 | If X is a proton number of Y, Z is a part of Y, and Z is an instance of atom or Z is an instance of molecule, then there exists W such that equal X and the number of instances in the class described by W |
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