### Some articles on gyration:

Guiding Center -

... If the magnetic field is uniform, the particle velocity is perpendicular to the field, and other forces and fields are absent, then the magnetic Lorentz force is perpendicular to both the velocity and the magnetic field and is constant in magnitude, resulting in particle motion at constant speed on a circular path ... This is known as the gyration around the magnetic field ...

**Gyration**... If the magnetic field is uniform, the particle velocity is perpendicular to the field, and other forces and fields are absent, then the magnetic Lorentz force is perpendicular to both the velocity and the magnetic field and is constant in magnitude, resulting in particle motion at constant speed on a circular path ... This is known as the gyration around the magnetic field ...

Radius Of

... In polymer physics, the radius of

**Gyration**- Molecular Applications... In polymer physics, the radius of

**gyration**is used to describe the dimensions of a polymer chain ... The radius of**gyration**of a particular molecule at a given time is defined as where is the mean position of the monomers ... As detailed below, the radius of**gyration**is also proportional to the root mean square distance between the monomers As a third method, the radius of**gyration**can also be computed by ...**Gyration**

... In geometry, a

**gyration**is a type of rotation ... A rotation point that does not lie on a mirror is called a

**gyration**point ...

Electro-

... the wave vector, and, the second rank

**gyration**- Description - Electrodynamics Relations... the wave vector, and, the second rank

**gyration**pseudo-tensors ... spherical coordinate systems (, ), and the pseudo-scalar**gyration**parameter ... The electro-**gyration**increment of**gyration**tensor occurred under the action of electric field or/and is written as , (4) where and are third- and fourth-rank axial tensors describing the linear and quadratic ...**Gyration**Tensor

... The

**gyration**tensor is a tensor that describes the second moments of position of a collection of particles where is the Cartesian coordinate of the position vector of the particle ... but gives an alternative calculation method, is Therefore, the x-y component of the

**gyration**tensor for particles in Cartesian coordinates would be In the continuum limit, where represents the ... Although they have different units, the

**gyration**tensor is related to the moment of inertia tensor ...

### More definitions of "gyration":

- (
*noun*): A single complete turn (axial or orbital).

Synonyms: rotation, revolution

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