t is likely that ultra-high energy cosmic rays contain a significant component of heavy or intermediate mass nuclei. The propagation of ultra-high energy nuclei through cosmic radiation backgrounds is more complicated than that of protons and its study has required the use of Monte Carlo techniques. We present an analytic method for calculating the spectrum and the composition at Earth of ultra-high energy cosmic rays which start out as heavy nuclei from their extragalactic sources. The results obtained are in good agreement with those obtained using numerical methods
45 pages, 16 figures; Cosmic Rays Topical IssueInternational audienceIn this paper we review the ext...
45 pages, 16 figures; Cosmic Rays Topical IssueInternational audienceIn this paper we review the ext...
45 pages, 16 figures; Cosmic Rays Topical IssueInternational audienceIn this paper we review the ext...
t is likely that ultra-high energy cosmic rays contain a significant component of heavy or intermedi...
It is likely that ultra-high energy cosmic rays contain a significant component of heavy or intermed...
The propagation of ultra-high energy cosmic ray nuclei (A = 1-56) from cosmologically distant source...
The propagation of ultra-high energy cosmic ray nuclei (A = 1-56) from cosmologically distant source...
The propagation of ultra-high energy cosmic ray nuclei (A = 1-56) from cosmologically distant source...
We investigate the propagation of ultra-high energy cosmic ray nuclei (A = 1-56) from cosmologically...
We investigate the propagation of ultra-high energy cosmic ray nuclei (A=1-56) from cosmologically d...
We investigate the propagation of ultra-high energy cosmic ray nuclei (A = 1-56) from cosmologically...
This thesis presents theoretical work on the propagation of ultra high energy cosmic rays, from thei...
In this paper we review the extragalactic propagation of ultrahigh energy cosmic-rays (UHECR). We pr...
45 pages, 16 figures; Cosmic Rays Topical IssueInternational audienceIn this paper we review the ext...
45 pages, 16 figures; Cosmic Rays Topical IssueInternational audienceIn this paper we review the ext...
45 pages, 16 figures; Cosmic Rays Topical IssueInternational audienceIn this paper we review the ext...
45 pages, 16 figures; Cosmic Rays Topical IssueInternational audienceIn this paper we review the ext...
45 pages, 16 figures; Cosmic Rays Topical IssueInternational audienceIn this paper we review the ext...
t is likely that ultra-high energy cosmic rays contain a significant component of heavy or intermedi...
It is likely that ultra-high energy cosmic rays contain a significant component of heavy or intermed...
The propagation of ultra-high energy cosmic ray nuclei (A = 1-56) from cosmologically distant source...
The propagation of ultra-high energy cosmic ray nuclei (A = 1-56) from cosmologically distant source...
The propagation of ultra-high energy cosmic ray nuclei (A = 1-56) from cosmologically distant source...
We investigate the propagation of ultra-high energy cosmic ray nuclei (A = 1-56) from cosmologically...
We investigate the propagation of ultra-high energy cosmic ray nuclei (A=1-56) from cosmologically d...
We investigate the propagation of ultra-high energy cosmic ray nuclei (A = 1-56) from cosmologically...
This thesis presents theoretical work on the propagation of ultra high energy cosmic rays, from thei...
In this paper we review the extragalactic propagation of ultrahigh energy cosmic-rays (UHECR). We pr...
45 pages, 16 figures; Cosmic Rays Topical IssueInternational audienceIn this paper we review the ext...
45 pages, 16 figures; Cosmic Rays Topical IssueInternational audienceIn this paper we review the ext...
45 pages, 16 figures; Cosmic Rays Topical IssueInternational audienceIn this paper we review the ext...
45 pages, 16 figures; Cosmic Rays Topical IssueInternational audienceIn this paper we review the ext...
45 pages, 16 figures; Cosmic Rays Topical IssueInternational audienceIn this paper we review the ext...