Phase-locked Loop Dynamics in the Presence of Noise by Fokker-planck Techniques
Phase error behavior of phase-locked loop tracking system in presence of gaussian noise determined by fokker-planck equation
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Expansion of the fokker-planck equation in spherical harmonics
Fokker-Planck equation expansion in spherical harmonics
SPHERICAL HARMONICS↗
Calculations of longitude dependence of geomagnetically trpped electron fluxes. part i- the general fokker-planck equation for electron diffusion
General Fokker-Planck equation for geomagnetically trapped electron distribution as function of longitude, time, energy, and mirror point field intensity
ELECTRON DISTRIBUTION↗
Model fokker-planck equation for a plasma and its solution.
Model Fokker-Planck equations for charged particles in plasma and solutions by electric field harmonics in space and time
FOKKER-PLANCK EQUATION↗
Calculations of longitude dependence of geomagnetically trapped electron fluxes. i - the general fokker-planck equation for electron diffusion.
Fokker-Planck equation for geomagnetically trapped electron distribution as function of longitude, time, energy and mirror-point field intensity
GEOMAGNETICALLY TRAPPED PARTICLE↗
Extension of the Fokker-Planck equation
Fokker-Planck equation extended to derive collision term for small amplitude waves in uniform plasma
COLLISION↗
Fokker-Planck treatment of the evolution of the globular cluster in energy and angular momentum space
Fokker-Planck velocity coefficients derived for homogeneous and inhomogeneous field star distributions
FOKKER-PLANCK EQUATION↗
The general Fokker-Planck equation for trapped electron diffusion
Fokker-Planck equation describing distribution of geomagnetically trapped electrons as function of longitude, time, energy, and mirror point field intensity
GEOMAGNETICALLY TRAPPED PARTICLE↗
Phase-locked loop dynamics in the presence of noise by fokker-planck techniques.
Dynamics of phase-locked loop in presence of additive stationary gaussian noise, using fokker- planck or continuous random-walk techniques
PHASE LOCK↗
TRAPPED ELECTRON TIME HISTORIES FOR L EQUALS 1.18 TO L EQUALS 1.30
Fokker-planck equation is used to predict electron decay time in artificial radiation belts
MAGNETICALLY TRAPPED PARTICLE↗
''test particle'' problem for an equilibrium plasma
Fokker-planck equation for test particle distribution in equilibrium plasma
FOKKER-PLANCK EQUATION↗
''test particle'' problem for an equilibrium plasma.
Fokker-planck equation for test particle distribution of equilibrium plasma
PARTICLE FLUX↗
Trapped electron time histories for L equals 1.18 to L equals 1.30
Numerical integration of Fokker-Planck equation used to predict decay time of electrons injected into geomagnetic field by nuclear explosion
FOKKER-PLANCK EQUATION↗
Collision-induced high frequency instability in a fully ionized plasma.
Damping of high frequency waves in homogeneous fully ionized plasma with relative electron-ion drift calculated, using fokker-planck kinetic equation
PLASMA WAVE↗
Diffusion of protons in the outer radiation belt.
Diffusion of protons in outer radiation belt due to violation of third adiabatic invariant for trapped particles
SOLAR WIND↗
Scattering of a test-particle by enhanced plasma fluctuations.
Scattering of test particle by enhanced electric field fluctuations in plamsa containing nonthermal electrons
WAVE SCATTERING↗
Diffusion of protons in the outer radiation belt.
Diffusion of protons in outer radiation belt due to violation of third adiabatic invariant for trapped particles
PROTON ENERGY↗
Longitude dependence of geomagnetically trapped electrons
Longitude dependence of geomagnetically trapped electrons
GEOMAGNETICALLY TRAPPED PARTICLE↗