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Start Over Author "Mascali David" Journal review of scientific instruments
5 results on '"Mascali David"'

2. Microwave frequency sweep interferometer for plasma density measurements in ECR ion sources: Design and preliminary results

Author

Torrisi, Giuseppe, primary, Mascali, David, additional, Neri, Lorenzo, additional, Leonardi, Ornella, additional, Sorbello, Gino, additional, Celona, Luigi, additional, Castro, Giuseppe, additional, Agnello, Riccardo, additional, Caruso, Antonio, additional, Passarello, Santi, additional, Longhitano, Alberto, additional, Isernia, Tommaso, additional, and Gammino, Santo, additional

Published
2016
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4. Beam imaging in the injection line of the INFN-LNS superconducting cyclotron

Author

Nicolosi, Dario, primary, Cosentino, Luigi, additional, Mascali, David, additional, Pappalardo, Alfio, additional, Castro, Maurizio, additional, Celona, Luigi, additional, Marchetta, Carmelo, additional, Marletta, Salvatore, additional, Maugeri, Antonio, additional, Rifuggiato, Danilo, additional, Seminara, Angelo, additional, and Gammino, Santo, additional

Published
2015
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5. Beam imaging in the injection line of the INFN-LNS superconducting cyclotron.

Author

Nicolosi, Dario, Cosentino, Luigi, Mascali, David, Pappalardo, Alfio, Castro, Maurizio, Celona, Luigi, Marchetta, Carmelo, Marletta, Salvatore, Maugeri, Antonio, Rifuggiato, Danilo, Seminara, Angelo, and Gammino, Santo

Subjects
CYCLOTRONS, BEAM dynamics, PROTON sources, LINEAR accelerators, ELECTROMAGNETIC actuators
Abstract

A cheap and efficient diagnostic system for beam monitoring has been recently developed at INFNLNS in Catania. It consists of a high sensitivity CCD camera detecting the light produced by an ion beam hitting the surface of a scintillating screen and a frame grabber for image acquisition. A scintillating screen, developed at INFN-LNS and consisting of a 2 μm BaF2 layer evaporated on an aluminium plate, has been tested by using 20Ne and 40Ar beams in the keV energy range. The CAESAR ECR ion source has been used for investigating the influence of the frequency and magnetic field tuning effects, the impact of the microwave injected power, and of the focusing solenoids along the low energy beam transport on the beam shape and current. These tests will allow to better understand the interplay between the plasma and beam dynamics and, moreover, to improve the transport efficiency along the low energy beam line and the matching with the superconducting cyclotron, particularly relevant in view of the expected upgrade of the machine. [ABSTRACT FROM AUTHOR]

Published
2016
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