Add to ORKGBy numerical integration of the equation of single particle motion, the basic features of the actual nonadiabatic escape of particles are studied. The results are compared with the predictions of two existing theoretical models : "diffusion" model derived by B. V. Chirikov and "tunneling" model introduced by R. K. Varma
This article aims to understand the dynamics of charged particles trapped in Earth's dipolar magneti...
Using the Bogolyubov method, the solution of equations of electron motion in a combined mirror-Type ...
We conducted a study on the confinement properties of non-neutral proton plasma in an asymmetric mag...
A model is presented which describes the nonadiabatic loss of particles from magnetic mirror traps t...
The Schrödinger-like equations for the nonadiabatic escape of charged particles from magnetic mirror...
Ensemble properties of nonadiabatic motion of charged particles in inhomogeneous magnetic fields hav...
Experimental results on nonadiabatic leakage of the adiabatically confined charged particles from ma...
Experimental investigations of the nonadiabatic leakage of charged particles from a magnetic mirror ...
A new derivation is given of the set of Schrödinger-like equations for the nonadiabatic behavior of ...
Experimental results on nonadiabatic leakage of charged particles from magnetic mirror traps indicat...
The density around the thermal barrier in a tandem mirror is sustained to be much lower than that in...
We examine the nonequatorial orbits of charged particles under the combined influence of Schwarzschi...
Coils misalignment in a magnetic mirror can produce additional particle transport. The magnetic fiel...
International audienceCharged particles with low kinetic energy move along magnetic field lines, but...
Nonadiabatic behavior of single nonrelativistic charged particle in axisymmetric magnetic mirror and...
This article aims to understand the dynamics of charged particles trapped in Earth's dipolar magneti...
Using the Bogolyubov method, the solution of equations of electron motion in a combined mirror-Type ...
We conducted a study on the confinement properties of non-neutral proton plasma in an asymmetric mag...
A model is presented which describes the nonadiabatic loss of particles from magnetic mirror traps t...
The Schrödinger-like equations for the nonadiabatic escape of charged particles from magnetic mirror...
Ensemble properties of nonadiabatic motion of charged particles in inhomogeneous magnetic fields hav...
Experimental results on nonadiabatic leakage of the adiabatically confined charged particles from ma...
Experimental investigations of the nonadiabatic leakage of charged particles from a magnetic mirror ...
A new derivation is given of the set of Schrödinger-like equations for the nonadiabatic behavior of ...
Experimental results on nonadiabatic leakage of charged particles from magnetic mirror traps indicat...
The density around the thermal barrier in a tandem mirror is sustained to be much lower than that in...
We examine the nonequatorial orbits of charged particles under the combined influence of Schwarzschi...
Coils misalignment in a magnetic mirror can produce additional particle transport. The magnetic fiel...
International audienceCharged particles with low kinetic energy move along magnetic field lines, but...
Nonadiabatic behavior of single nonrelativistic charged particle in axisymmetric magnetic mirror and...
This article aims to understand the dynamics of charged particles trapped in Earth's dipolar magneti...
Using the Bogolyubov method, the solution of equations of electron motion in a combined mirror-Type ...
We conducted a study on the confinement properties of non-neutral proton plasma in an asymmetric mag...