- Rearranging, the
gyroradius can be
expressed as r g = m v ⊥ | q | B . {\displaystyle r_{g}={\frac {mv_{\perp }}{|q|B}}.} Thus, the
gyroradius is
directly proportional...
- {e^{2}}{kT}}\approx 1.44\times 10^{-7}\,{\frac {1}{T}}\ {\mbox{cm}}}
electron gyroradius, the
radius of the
circular motion of an
electron in the
plane perpendicular...
- It is
defined as R = Bρ = p/q,
where B is the
magnetic field, ρ is the
gyroradius of the
particle due to this field, p is the
particle momentum, and q is...
- its
charge q,
velocity v, and the
circular path
radius r, also
called gyroradius. The
angular speed is then: ω = v r = q B m {\displaystyle \omega ={\frac...
- Sun to the Earth, the
gyroradius of a
proton is ~72 km and
since a
proton is ~1,836
times the m**** of an electron, the
gyroradius of an
electron is ~40...
-
background magnetic field (comparable to the
electron inertial length or ion
gyroradius), Alfvén
waves develop a
significant electric field parallel to the background...
-
follow a
helical trajectory through the
field at a
radius called the
gyroradius. The
acceleration from this
curving motion induces the
electron to radiate...
-
study plasma behavior on
perpendicular spatial scales comparable to the
gyroradius and
frequencies much
lower than the
particle cyclotron frequencies. These...
- in
space physics, when the
simulation domain exceeds thousands of ion
gyroradius scales,
making it
impractical to
solve kinetic equations for electrons...
- m {\displaystyle \omega _{g}=qB/m} is the gyro
frequency and R is the
gyroradius. By
dividing by ωg, we get 1 ω g T ∂ f ∂ t ′ + R L v ′ ⋅ ∂ f ∂ r ′ + (...
