Copyright © Astronomical Society of Australia 2000There is now evidence that there may be a strong source of cosmic ray particles in the general direction of the Galactic Centre. The likelihood is that the observed particles are neutrons with energies of about 10 18 eV. Associated with the production of those neutrons, we would expect that large numbers of charged cosmic rays would also be produced, and we investigate here the directional properties of those charged particles as they may be observed at the distance of the Earth from the Galactic Centre. We follow the propagation of such particles through a simple Galactic magnetic field model with both a turbulent and a regular field to determine what field properties most affect the observ...
The presence of turbulence in astrophysical magnetic fields can have a significant effect on the dif...
The Earth is subject to a constant flux of charged particles from space with energies ranging from b...
The puzzle of ultra-high energy cosmic rays (UHECRs) still remains unresolved. With the progress in ...
Recent analyses of the anisotropy of cosmic rays at $10^{18}$ eV (the AGASA and SUGAR data) show sig...
This thesis is a study of cosmic ray propagation within turbulent magnetic fields. Turbulent scale-l...
International audienceContext. Recent observations of unexpected structures in the Galactic cosmic r...
Abstract. Recent analyses of the anisotropy of cosmic ray arrival direction around 10 18 eV show sig...
AbstractThe propagation of extragalactic particles within our Galaxy has been modelled. The flux of ...
[Abstract] Cosmic rays with relativeistic high energy, inner or outer the Galaxy of their origins, w...
A review is given of the main properties of the charged component of galactic cosmic rays, particles...
Copyright © 2001 Elsevier Science B.V. All rights reserved. Post-print sourced from http://arxiv.org...
We have modelled the high-energy astrophysics of the inner 200 pc of the Galaxy with a view to expla...
Cosmic rays are charged, energetic particles originating from astrophysical sources. They range in ...
Cloud chamber photographs of cosmic-ray tracks in a magnetic field up to 17,000 gauss are shown. On ...
Cosmic rays in the energy range 1018.0–1018.5 eV are thought to have a light, probably protonic, com...
The presence of turbulence in astrophysical magnetic fields can have a significant effect on the dif...
The Earth is subject to a constant flux of charged particles from space with energies ranging from b...
The puzzle of ultra-high energy cosmic rays (UHECRs) still remains unresolved. With the progress in ...
Recent analyses of the anisotropy of cosmic rays at $10^{18}$ eV (the AGASA and SUGAR data) show sig...
This thesis is a study of cosmic ray propagation within turbulent magnetic fields. Turbulent scale-l...
International audienceContext. Recent observations of unexpected structures in the Galactic cosmic r...
Abstract. Recent analyses of the anisotropy of cosmic ray arrival direction around 10 18 eV show sig...
AbstractThe propagation of extragalactic particles within our Galaxy has been modelled. The flux of ...
[Abstract] Cosmic rays with relativeistic high energy, inner or outer the Galaxy of their origins, w...
A review is given of the main properties of the charged component of galactic cosmic rays, particles...
Copyright © 2001 Elsevier Science B.V. All rights reserved. Post-print sourced from http://arxiv.org...
We have modelled the high-energy astrophysics of the inner 200 pc of the Galaxy with a view to expla...
Cosmic rays are charged, energetic particles originating from astrophysical sources. They range in ...
Cloud chamber photographs of cosmic-ray tracks in a magnetic field up to 17,000 gauss are shown. On ...
Cosmic rays in the energy range 1018.0–1018.5 eV are thought to have a light, probably protonic, com...
The presence of turbulence in astrophysical magnetic fields can have a significant effect on the dif...
The Earth is subject to a constant flux of charged particles from space with energies ranging from b...
The puzzle of ultra-high energy cosmic rays (UHECRs) still remains unresolved. With the progress in ...