An approximate analytical expression is obtained for the orbits of a charged particle moving in a cusp magnetic field. The particle orbits pass close to or through a region of zero magnetic field before being reflected in regions where the magnetic field is strong. Comparison with numerically evaluated orbits shows that the analytical formula is surprisingly good and captures all the main features of the particle motion. A map describing the long-time behaviour of such orbits is obtained
Aims. We study the particle acceleration at a magnetic null point in the solar corona, considering s...
The numerical representation of the average motion of a charged particle trapped in a geomagnetic fi...
"The behavior of charged particles in a plasma-free cusp field, or in a cusp field where there is ve...
The study of charged-particle motion in electromagnetic fields is a rich source of problems, models,...
The study of charged-particle motion in electromagnetic fields is a rich source of problems, models,...
Using a full orbit test particle approach, we analyse the motion of a single proton in the vicinity ...
Using a full orbit test particle approach, we analyse the motion of a single proton in the vicinity ...
A charged particle moves with velocity v in a constant non-uniform magnetic field H , spiralling wit...
Using a full orbit test particle approach, we analyse the motion of a single proton in the vicinity ...
We present a new reference solution for charged particle motion in a strongly inhomogeneous magnetos...
Particle motions in magnetic fields, as related to charged particle trapping in Van Allen bel
We present a new reference solution for charged particle motion in a strongly inhomogeneous magnetos...
We present a new reference solution for charged particle motion in a strongly inhomogeneous magnetos...
We present a new reference solution for charged particle motion in a strongly inhomogeneous magnetos...
N.A.M. acknowledges support from NASA grants NNX11AB61G, NNX12AB25G, and NNX15AF43G; NASA contract N...
Aims. We study the particle acceleration at a magnetic null point in the solar corona, considering s...
The numerical representation of the average motion of a charged particle trapped in a geomagnetic fi...
"The behavior of charged particles in a plasma-free cusp field, or in a cusp field where there is ve...
The study of charged-particle motion in electromagnetic fields is a rich source of problems, models,...
The study of charged-particle motion in electromagnetic fields is a rich source of problems, models,...
Using a full orbit test particle approach, we analyse the motion of a single proton in the vicinity ...
Using a full orbit test particle approach, we analyse the motion of a single proton in the vicinity ...
A charged particle moves with velocity v in a constant non-uniform magnetic field H , spiralling wit...
Using a full orbit test particle approach, we analyse the motion of a single proton in the vicinity ...
We present a new reference solution for charged particle motion in a strongly inhomogeneous magnetos...
Particle motions in magnetic fields, as related to charged particle trapping in Van Allen bel
We present a new reference solution for charged particle motion in a strongly inhomogeneous magnetos...
We present a new reference solution for charged particle motion in a strongly inhomogeneous magnetos...
We present a new reference solution for charged particle motion in a strongly inhomogeneous magnetos...
N.A.M. acknowledges support from NASA grants NNX11AB61G, NNX12AB25G, and NNX15AF43G; NASA contract N...
Aims. We study the particle acceleration at a magnetic null point in the solar corona, considering s...
The numerical representation of the average motion of a charged particle trapped in a geomagnetic fi...
"The behavior of charged particles in a plasma-free cusp field, or in a cusp field where there is ve...