Proposals for new linear accelerator-based facilities are flourishing world-wide with the aim of high spectral brilliance radiation sources. Most of these accelerators are based on electron beams, with a variety of applications in industry, research and medicine such as colliders, free-electron lasers, wake-field accelerators, coherent THz and inverse Compton scattering X/’ sources as well as high-resolution diagnostics tools in biomedical science. In order to obtain high-quality electron beams in a small footprint, we present the optimization design of a C-band linear accelerator machine. Driven by a novel compact C-band hybrid photoinjector, it will yield ultra-short electron bunches of few 100’s pC directly from injection with ultra-low emittance, fraction of mm-mrad, and a few hundred fs length simultaneously, therefore satisfying full 6D emittance compensation. The normal-conducting linacs are based on a novel high-efficiency design with gradients up to 50 MV/m. The beam maximum energy can be easily adjusted in the mid-GeV’s range. In this paper, we discuss the start-to-end beam-dynamics simulations in details.

Start-to-end beam-dynamics simulations of a compact C-band electron beam source for high spectral brilliance applications / Faillace, Luigi; Agustsson, Ronald; Behtouei, Mostafa; Bosco, Fabio; Bruhwiler, David; Camacho, Obed; Carillo, Martina; Fukasawa, Atsushi; Gadjev, Ivan; Giribono, Anna; Giuliano, Lucia; Kutsaev, Sergey; Majernik, Nathan; Migliorati, Mauro; Mostacci, Andrea; Murokh, Alex; Palumbo, Luigi; Rosenzweig, JAMES BENJAMIN; Spataro, Bruno; Tantawi, Sami; Vaccarezza, Cristina; Williams, Oliver. - (2022). (Intervento presentato al convegno International Particle Accelerator Conference 2022 tenutosi a Bangkok, Thailand) [10.18429/jacow-ipac2022-mopoms023].

Start-to-end beam-dynamics simulations of a compact C-band electron beam source for high spectral brilliance applications

Luigi Faillace;Mostafa Behtouei;Fabio Bosco;Martina Carillo;Anna Giribono;Lucia Giuliano;Mauro Migliorati;Andrea Mostacci;Luigi Palumbo;James Rosenzweig;Bruno Spataro;Cristina Vaccarezza;
2022

Abstract

Proposals for new linear accelerator-based facilities are flourishing world-wide with the aim of high spectral brilliance radiation sources. Most of these accelerators are based on electron beams, with a variety of applications in industry, research and medicine such as colliders, free-electron lasers, wake-field accelerators, coherent THz and inverse Compton scattering X/’ sources as well as high-resolution diagnostics tools in biomedical science. In order to obtain high-quality electron beams in a small footprint, we present the optimization design of a C-band linear accelerator machine. Driven by a novel compact C-band hybrid photoinjector, it will yield ultra-short electron bunches of few 100’s pC directly from injection with ultra-low emittance, fraction of mm-mrad, and a few hundred fs length simultaneously, therefore satisfying full 6D emittance compensation. The normal-conducting linacs are based on a novel high-efficiency design with gradients up to 50 MV/m. The beam maximum energy can be easily adjusted in the mid-GeV’s range. In this paper, we discuss the start-to-end beam-dynamics simulations in details.
2022
International Particle Accelerator Conference 2022
Accelerator; beam dynamics; space charge; wake fields
04 Pubblicazione in atti di convegno::04b Atto di convegno in volume
Start-to-end beam-dynamics simulations of a compact C-band electron beam source for high spectral brilliance applications / Faillace, Luigi; Agustsson, Ronald; Behtouei, Mostafa; Bosco, Fabio; Bruhwiler, David; Camacho, Obed; Carillo, Martina; Fukasawa, Atsushi; Gadjev, Ivan; Giribono, Anna; Giuliano, Lucia; Kutsaev, Sergey; Majernik, Nathan; Migliorati, Mauro; Mostacci, Andrea; Murokh, Alex; Palumbo, Luigi; Rosenzweig, JAMES BENJAMIN; Spataro, Bruno; Tantawi, Sami; Vaccarezza, Cristina; Williams, Oliver. - (2022). (Intervento presentato al convegno International Particle Accelerator Conference 2022 tenutosi a Bangkok, Thailand) [10.18429/jacow-ipac2022-mopoms023].
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11573/1667464
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