plurality |
multipole |
As nouns the difference between plurality and multipole
is that
plurality is (uncountable) the state of being plural while
multipole is (physics) any of a several forms of static or oscillating distributions of charge or magnetization.
multihole |
multipole |
As an adjective multihole
is having, or producing, multiple holes.
As a noun multipole is
(physics) any of a several forms of static or oscillating distributions of charge or magnetization.
multirole |
multipole |
As an adjective multirole
is pertaining to, or serving in, many roles.
As a noun multipole is
(physics) any of a several forms of static or oscillating distributions of charge or magnetization.
multiple |
multipole |
As nouns the difference between multiple and multipole
is that
multiple is a number that may be divided by another number with no remainder while
multipole is any of a several forms of static or oscillating distributions of charge or magnetization.
As an adjective multiple
is having more than one element, part, component, or function, particularly many.
taxonomy |
multipole |
As nouns the difference between taxonomy and multipole
is that
taxonomy is the science or the technique used to make a classification while
multipole is (physics) any of a several forms of static or oscillating distributions of charge or magnetization.
multipole |
triakontadipole |
Related terms |
Multipole is a related term of triakontadipole.
In physics|lang=en terms the difference between multipole and triakontadipole
is that
multipole is (physics) any of a several forms of static or oscillating distributions of charge or magnetization while
triakontadipole is (physics) anything having thirty-two poles or electrodes, or a combination of eight quadrupoles (etc).
As nouns the difference between multipole and triakontadipole
is that
multipole is (physics) any of a several forms of static or oscillating distributions of charge or magnetization while
triakontadipole is (physics) anything having thirty-two poles or electrodes, or a combination of eight quadrupoles (etc).
multipole |
hexapole |
Related terms |
Multipole is a related term of hexapole.
In physics|lang=en terms the difference between multipole and hexapole
is that
multipole is (physics) any of a several forms of static or oscillating distributions of charge or magnetization while
hexapole is (physics) anything having six poles or electrodes.
As nouns the difference between multipole and hexapole
is that
multipole is (physics) any of a several forms of static or oscillating distributions of charge or magnetization while
hexapole is (physics) anything having six poles or electrodes.
multipole |
hexadecapole |
Related terms |
Multipole is a related term of hexadecapole.
In physics|lang=en terms the difference between multipole and hexadecapole
is that
multipole is (physics) any of a several forms of static or oscillating distributions of charge or magnetization while
hexadecapole is (physics) anything having sixteen poles or electrodes, or a combination of four quadrupoles.
As nouns the difference between multipole and hexadecapole
is that
multipole is (physics) any of a several forms of static or oscillating distributions of charge or magnetization while
hexadecapole is (physics) anything having sixteen poles or electrodes, or a combination of four quadrupoles.
multipole |
octupole |
Related terms |
Multipole is a related term of octupole.
In physics|lang=en terms the difference between multipole and octupole
is that
multipole is (physics) any of a several forms of static or oscillating distributions of charge or magnetization while
octupole is (physics) anything having eight poles or electrodes, but especially a combination of two quadrupoles used for controlling beams of charged particles.
As nouns the difference between multipole and octupole
is that
multipole is (physics) any of a several forms of static or oscillating distributions of charge or magnetization while
octupole is (physics) anything having eight poles or electrodes, but especially a combination of two quadrupoles used for controlling beams of charged particles.
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