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Articles by Giner Navarro
A direct method for the extension of FastSim under non-Hertzian contact conditions
Gómez-Bosch, J.; Giner Navarro, J.; Carballeira, J.; Baeza González, LM. (2023). A direct method for the extension of FastSim under non-Hertzian contact conditions. Vehicle System Dynamics. 61(10):2551-2569. https://doi.org/10.1080/00423114.2022.2120022 Por favor, use este identificador para citar o enlazar este ítem: http://hdl.handle.net/10251/199212 Ficheros en el ítem Nombre: Gomez-BoschGinerC ...
Proyecto de decoración de despacho
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Cell Geometry Optimization for Dipole Kick Correction in a High-Frequency IH Structure
Home > Cell Geometry Optimization for Dipole Kick Correction in a High-Frequency IH Structure Title Cell Geometry Optimization for Dipole Kick Correction in a High-Frequency IH Structure Author(s) López López, Ricardo (Madrid, CIEMAT ; Carlos III U., Madrid) ; Battaglia, Maria Cristina (Unlisted, ES) ; Calvo, Pedro (Madrid, CIEMAT) ; Carmona, José Miguel (Unlisted, ES) ; Gavela, Daniel (Madrid, CIEMAT) ; Giner Navarro, Jorge (Madrid, CIEMAT) ; Lombardi, Alessandra (CERN) ; Moreno, Gabriela...
CERN Document Server
Title High-gradient behavior of a dipole-mode rf structure Author(s) Woolley, B (Lancaster U. ; CERN) ; Burt, G (Lancaster U.) ; Dexter, A C (Lancaster U.) ; Peacock, R (Lancaster U.) ; Millar, W L (Lancaster U.) ; Catalan Lasheras, N (CERN) ; Degiovanni, A (CERN) ; Grudiev, A (CERN) ; Mcmonagle, G (CERN) ; Syratchev, I (CERN) ; Wuensch, W (CERN) ; Rodriguez Castro, E (CERN) ; Giner Navarro, J (Valencia U., IFIC ; CERN) Imprint 11 p. In: Phys. Rev. Accel.
JACoW : Fabrication and testing of a novel S-Band backward travelling wave accelerating structure for proton therapy linacs
Compact and more affordable, facilities for proton therapy are now entering the market of commercial medical accelerators. At CERN, a joint collaboration between CLIC and TERA Foundation led to the design, fabrication and testing of a high gradient accelerating structure prototype, capable of halving the length of state-of-art light ion therapy linacs. This paper focuses on the mechanical design, fabrication and testing of a first prototype.
JACoW : Commissioning of XBox-3: A very high capacity X-band test stand
The Compact Linear Collider (CLIC) beam-based acceleration baseline uses high-gradient travelling wave accelerating structures at a frequency of 12 GHz. In order to prove the performance of these structures at high peak power and short pulse width RF, two klystron-based test facilities have been put in operation in the last years. The third X-band testing facility at CERN (Xbox3) has recently been commissioned and has tripled the number of testing slots available.
JACoW : Fabrication and high-gradient testing of an accelerating structure made from milled halves
Published Articles Title Fabrication and high-gradient testing of an accelerating structure made from milled halves Author(s) Wuensch, Walter (CERN) ; Argyropoulos, Theodoros (CERN ; Valencia U., IFIC) ; Bowden, Gordon (SLAC) ; Catalán Lasheras, Nuria (CERN) ; Dolgashev, Valery (SLAC) ; Esperante Pereira, Daniel (Valencia U., IFIC ; CERN) ; Giansiracusa, Paul (Melbourne U.) ; Giner Navarro, Jorge (CERN ; Valencia U., IFIC) ; Grudiev, Alexej (CERN) ; Haase, Andrew (SLAC) ; Lucas, Thomas...
Emittance reconstruction from measured beam sizes in ATF2 and perspectives for ILC
The projected emittance (2D) and the intrinsic emittance (4D) reconstruction method by using the beam size measurements at different locations is analyzed in order to study analytically the conditions of solvability of the systems of equations involved in this process. Some conditions are deduced and discussed, and general guidelines about the locations of the measurement stations have been obtained to avoid unphysical results.
CERN Document Server
Accelerating gradients in excess of 100 MV/m, at very low breakdown rates, have been successfully achieved in numerous CLIC prototype accelerating structures. The conditioning and operational histories of several structures, tested at KEK and CERN, have been compared and there is clear evidence that the conditioning progresses with the number of RF pulses and not the number of breakdowns.
CERN Document Server
The study of high gradient limitations due to RF breakdowns is extremely important for the CLIC project. A series of diagnostic tools and analysis techniques have been developed in order to monitor and characterize the behaviour of CLIC accelerating structures under high power operation in the first CERN X-band klystron-based test stand (Xbox1). The data collected during the last run on a TD26r05 structure are presented in this paper.
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