A fresh approach for studying the charged particle beam dynamics in terms of Wigner phase‐space distribution is given. This is done by using a recently proposed quantum‐like model for charged particle beam dynamics, called Thermal Wave Model (TWM). Both analytical and numerical calculation are given for a quadrupole device with small sextupole and octupole deviations, and comparison between the model predictions and the results of a conventional single particle tracking code is presented.

Quantum-like Description of Charged Particle Beam Transport / Fedele, Renato; F., Galluccio; V. I., Man'Ko; Miele, Gennaro. - STAMPA. - 344:(1995), pp. 100-108. [10.1063/1.48974]

Quantum-like Description of Charged Particle Beam Transport

FEDELE, RENATO;MIELE, GENNARO
1995

Abstract

A fresh approach for studying the charged particle beam dynamics in terms of Wigner phase‐space distribution is given. This is done by using a recently proposed quantum‐like model for charged particle beam dynamics, called Thermal Wave Model (TWM). Both analytical and numerical calculation are given for a quadrupole device with small sextupole and octupole deviations, and comparison between the model predictions and the results of a conventional single particle tracking code is presented.
1995
Quantum-like Description of Charged Particle Beam Transport / Fedele, Renato; F., Galluccio; V. I., Man'Ko; Miele, Gennaro. - STAMPA. - 344:(1995), pp. 100-108. [10.1063/1.48974]
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11588/500361
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