Definition of Nucleons

1. Noun. (plural of nucleon) ¹

¹ Source: wiktionary.com

Definition of Nucleons

1. nucleon [n] - See also: nucleon

Lexicographical Neighbors of Nucleons

nucleoliform
nucleolin
nucleoloid
nucleolonema
nucleolus
nucleolus organiser
nucleolus organiser region
nucleolus organizer
nucleolytic
nucleometallation
nucleomicrosome
nucleon
nucleon number
nucleonic
nucleonics
nucleons (current term)
nucleopetal
nucleophil
nucleophile
nucleophiles
nucleophilic
nucleophilic substitution
nucleophilically
nucleophilicities
nucleophilicity
nucleophosmin
nucleophosphatases
nucleophylic
nucleoplasm
nucleoplasmic

Literary usage of Nucleons

Below you will find example usage of this term as found in modern and/or classical literature:

1. Utilisation and Reliability of High Power Proton Accelerators: Workshop by NEA Nuclear Science Committee (2001)
"Traditionally a spallation reaction is treated as one in which the incident high-energy particle collides with individual nucleons of the target nucleus ..."

2. First Workshop on Grand Unification: New England Center, University of New by Paul H. Frampton, Sheldon L. Glashow, Asim Yildiz (1980)
"It should be noted that the nonluminous mass could be due to nucleons. There is, however, evidence suggesting that this ratio does not increase much in ..."

3. Computing Radiation Dosimetry: CRD 2002, Workshop Proceedings, Sacavém by OECD Nuclear Energy Agency, Instituto Tecnologico e Nuclear (2004)
"The possibility of absorption (both s-wave and p-wave) on two or more nucleons. • The resonant nature of the pion-nucleus potential, which varies rapidly ..."

4. Turn of the Century: 2100 by Charlie Pedersen (2007)
"nucleons are the fermionic constituents of normal atomic nuclei: • Protons • Neutrons Hyperons such as the A, A, E and fi particles, which contain one or ..."

5. Physics of More Than 11 Years of COSY-11 by Przerwa, Joanna, Grzonka, Dieter, Klaja, Pawel, Moskal, Pawel, Oelert, Walter (2007)
"This process may occur only if the isospin of the colliding nucleons is equal to zero. Thus the knowledge of the total cross section for this reaction will ..."

Other Resources:

Search for Nucleons on Dictionary.com!Search for Nucleons on Thesaurus.com!Search for Nucleons on Google!Search for Nucleons on Wikipedia!

Search