Within the thermal wave model TWM. description, an investigation was made of the longitudinal instability properties of a coasting high energy charged particle beam, where the interaction between the beam and its surroundings is characterized in terms of a complex impedance. The analysis is shown to correctly reproduce the characteristic features of the coherent instability as obtained previously by conventional techniques based on the Vlasov equation for the beam distribution. The results further validate the TWM approach as a consistent alternative description for analyzing the dynamics of high energy charged particle beams.
Modulational Instabilities within the thermal wave model description of high energy charged particle beam dynamics / D., Anderson; Fedele, Renato; Vaccaro, VITTORIO GIORGIO; M., Lisak; A., Berntson; S., Johansson. - In: PHYSICS LETTERS A. - ISSN 0375-9601. - STAMPA. - 258:(1999), pp. 244-248. [10.1016/S0375-9601(99)00374-6]
Modulational Instabilities within the thermal wave model description of high energy charged particle beam dynamics
FEDELE, RENATO;VACCARO, VITTORIO GIORGIO;
1999
Abstract
Within the thermal wave model TWM. description, an investigation was made of the longitudinal instability properties of a coasting high energy charged particle beam, where the interaction between the beam and its surroundings is characterized in terms of a complex impedance. The analysis is shown to correctly reproduce the characteristic features of the coherent instability as obtained previously by conventional techniques based on the Vlasov equation for the beam distribution. The results further validate the TWM approach as a consistent alternative description for analyzing the dynamics of high energy charged particle beams.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
