octupole

As a noun octupole

is (physics) anything having eight poles or electrodes, but especially a combination of two quadrupoles used for controlling beams of charged particles.

As an adjective undefined is

lacking a definition or value.

As a noun octupole

is (physics) anything having eight poles or electrodes, but especially a combination of two quadrupoles used for controlling beams of charged particles.

As a verb octuple is

.

As nouns the difference between taxonomy and octupole

is that taxonomy is the science or the technique used to make a classification 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 a noun octupole

is (physics) anything having eight poles or electrodes, but especially a combination of two quadrupoles used for controlling beams of charged particles.

As an adjective octupolar is

of or pertaining to an octupole.

Octupole is a related term of triakontadipole.

In physics|lang=en terms the difference between octupole and triakontadipole

is that octupole is (physics) anything having eight poles or electrodes, but especially a combination of two quadrupoles used for controlling beams of charged particles while triakontadipole is (physics) anything having thirty-two poles or electrodes, or a combination of eight quadrupoles (etc).

As nouns the difference between octupole and triakontadipole

is that octupole is (physics) anything having eight poles or electrodes, but especially a combination of two quadrupoles used for controlling beams of charged particles while triakontadipole is (physics) anything having thirty-two poles or electrodes, or a combination of eight quadrupoles (etc).

In physics terms the difference between octupole and octupolarity

is that octupole is anything having eight poles or electrodes, but especially a combination of two quadrupoles used for controlling beams of charged particles while octupolarity is the condition of being an octupole.

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.

Hexapole is a related term of octupole.

In physics|lang=en terms the difference between hexapole and octupole

is that hexapole is (physics) anything having six poles or electrodes 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 hexapole and octupole

is that hexapole is (physics) anything having six poles or electrodes while octupole is (physics) anything having eight poles or electrodes, but especially a combination of two quadrupoles used for controlling beams of charged particles.

Hexadecapole is a related term of octupole.

In physics|lang=en terms the difference between hexadecapole and octupole

is that hexadecapole is (physics) anything having sixteen poles or electrodes, or a combination of four quadrupoles 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 hexadecapole and octupole

is that hexadecapole is (physics) anything having sixteen poles or electrodes, or a combination of four quadrupoles while octupole is (physics) anything having eight poles or electrodes, but especially a combination of two quadrupoles used for controlling beams of charged particles.