The motion of a charged particle in a randomly varying uniform magnetic field is investigated. Stability of the mean position and mean square displacement are determined rigorously in the case of random binary variations (telegraph signal). It is found that the mean position can be stable if the...
(1) please determine the charge of the particle and find out its ratio of q/m; (2) if the direction of the magnetic field and the space range is changeless, and the size of the magnetic induction intensity into B , the particle is still from A into the magnetic field with the same...
ChargedParticlesTheMotionofChargedParticlesin.PDF,About ODE 2nd Order: Charged Particles The Motion of Charged Particles in Magnetic Fields The path p (t) of a particle with electric charge e and mass m in a magnetic field B is given by m · p (t) = e
Nature of problem: Tracing the motion of a charged particle in a particular magnetic field. Solution method: Implementation of an analytical result. Restrictions: Particular form of the magnetic field. Running time: 0.03 second for 1000 points...
Motion of a Charged Parand Plasma Equilibrium in a Dipole Magnetic Field – Can a Magnetic Field Trap a Charged Particle? Can a Magnetic Field Having Bad Curvature Trap a Plasma Stably? Since there is no magnetic monopole, the dipole magnetic field is the most elementary form of magnetic fiel...
The motion of charged particles in a strong electromagnetic field and curvature radiation The features of the relativistic charge particle motion and emission due to the radiative slamping in the strong electromagnetic fields are investigated. I... YV Chugunov,V Eidman,EV Suvorov - 《Astrophysics ...
resulting in a set of exponential energy spectra determined by particle charge, electric field strength and the inhomogeneity scale of the magnetic field. Ma... SV Bulanov - Sov. Astron. Lett. (Engl. Transl.); (United States) 被引量: 22发表: 1980年 Quantum kinetic theory of trapped partic...
1. OSCILLATING FIELD The equation of motion for a particle in an electro magnetic field and in the presence of the force of fric tion linear in the particle velocity has the form mr·· + mνr· = qᏱ + qr· × Ꮾ. c (5) 1465 1466 DEM'YANTSEVA et al. If the electric ...
In a recent paper, Ford, Lewis, and O'Connell [Phys. Rev. A 37, 4419 (1988)] considered a charged quantum particle moving in an arbitrary potential and linearly coupled to a heat bath, and they showed that the macroscopic equation describing the time development of the particle motion is...
Comparison of the predictions on $r_{m ISCO}$ of the brane world model and of the observational results of ISCO from relativistic accretion disks around black holes provided upper limit for brane tidal charge $\\\lesssim 10^9 {m cm}^2$.Abdujabbarov, Ahmadjon; Ahmedov, Bobomuratdoi...