Relatore
Fatema Tanjia
(NA)
Descrizione
A new theoretical approach to describe the dynamics of the relativistic charged-particle beam propagation via
the generation of wake field is provided. The wake field is derived starting from the Lagrangian of a relativistic
test charged particle. The beam dynamics is described using the appropriate Hamiltonian for the beam particle
and a quantum description is provided using a recently developed theory. The eective Hamiltonian shows a new
additional slow response eect to the longitudinal dynamics due to the relativistic propagation of the beam in a
longer time scale. Using such approach, further study of the eects of both the transverse (focusing/defocusing)
and the longitudinal (acceleration/deceleration) components of the wake field in the self-consistent PWF excitation
is proposed.
Autore principale
Fatema Tanjia
(NA)
Coautore
Prof.
Dusan Jovanovic
(Institute of Physics Belgrade, Serbia)
Prof.
Renato Fedele
(NA)
Dr.
Sergio De Nicola
(University of Napoli and CNR)
