The meaning of GYROFREQUENCY is the frequency with which a charged particle (such as an electron) executes spiral gyrations in moving obliquely across a magnetic field.

The circular trajectory of a particle in cyclotron motion is characterized by an angular frequency referred to as the cyclotron frequency or gyrofrequency and a radius referred to as the cyclotron radius, gyroradius, or Larmor radius.

Gyrofrequency refers to the frequency at which electrons or ions gyrate around magnetic field lines, which is significantly higher than collision frequencies in most regions of the system. You might find these chapters and articles relevant to this topic. Wayne Keith, Walter Heikkila.

Gyrofrequency definition: (physics) The <a>frequency</a> of the <a>circular</a> <a>motion</a> of a charged particle in the presence of a <a>uniform</a> magnetic field.

The frequency of a moving charged particle or ion in a magnetic field. The trajectory of a charged particle acted on solely by a magnetic force is a helix with its axis parallel to the magnetic induction.

GYROFREQUENCY definition: the frequency with which a charged particle , such as an electron , spirals while moving... | Meaning, pronunciation, translations and examples

Define gyrofrequency. gyrofrequency synonyms, gyrofrequency pronunciation, gyrofrequency translation, English dictionary definition of gyrofrequency. n physics the frequency with which a charged particle, such as an electron, spirals while moving across a …

Mar 19, 2025 · The number of revolutions per second described by a charged particle circling in a magnetic field at a velocity much less than the speed of light; also known as cyclotron frequency. It is independent of the particle's velocity, but depends on its mass and charge and on the magnetic flux density. From: gyrofrequency in A Dictionary of Astronomy »

May 7, 2019 · Use this simple science calculator to calculate gyrofrequency (cyclotron frequency) using particle charge, magnetic field, mass of the particle values.

Oct 11, 2012 · When a charged particle rotates around a magnetic line of force, its frequency of rotation, called gyrofrequency, depends on the magnetic field strength. An electromagnetic wave propagating along the same field line rotates according to its wave frequency.