Definition of Magnetons

1. Noun. (plural of magneton) ¹

¹ Source: wiktionary.com

Definition of Magnetons

1. magneton [n] - See also: magneton

Lexicographical Neighbors of Magnetons

magnetological
magnetology
magnetoluminescence
magnetomechanics
magnetometer
magnetometers
magnetometery
magnetometric
magnetometries
magnetometry
magnetomotive
magnetomotive force
magnetomotive force unit
magnetomotor
magneton
magnetons (current term)
magnetooptical
magnetooptics
magnetooscillation
magnetooscillations
magnetopause
magnetopauses
magnetophonon
magnetophonons
magnetophoreses
magnetophoresis
magnetophoretic
magnetophosphene
magnetophosphenes
magnetophotonic

Literary usage of Magnetons

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

1. Chemical Abstracts by American Chemical Society (1916)
"A discussion based on the following assumptions : (1) the atom is made up of a positive part and magnetons, which are ring-shaped negative charges (hitherto ..."

2. A System of Physical Chemistry by William Cudmore McCullagh Lewis, James Rice (1919)
"Given this distribution, Parson shows that a group of eight magnetons may be arranged symmetrically round the sphere so as to give a stable configuration ..."

3. Chemical Abstracts by American Chemical Society (1915)
"Ferrous ammonium sulfate also gave 26.49, and Cu 9.62 magnetons. With gases, however, the values were quite in agreement; О gave 14.014 and 7.007. ..."

4. Transactions of the American Institute of Mining, Metallurgical and (1915)
"The correlation between the number of magnetons in the same atom of iron, for example, and the chemical type of compounds in which it figures, ..."

5. A Magneton Theory of the Structure of the Atom: (with Two Plates) by Alfred Locke Parson (1915)
"FORCES BETWEEN magnetons In assuming that the magneton has the ... First must be considered the exact nature of the forces acting between two magnetons, ..."

6. The Luminiferous Ether: (I) Its Relation to the Electron and to a Universal by Frank Washington Very (1919)
"... and as to its least units, are magnetic. The magnetons lend themselves as naturally to rotations as the electrons do to the flow of electric current. ..."

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