Linac4 H(-) ion sources

CERN's 160 MeV H(-) linear accelerator (Linac4) is a key constituent of the injector chain upgrade of the Large Hadron Collider that is being installed and commissioned. A cesiated surface ion source prototype is being tested and has delivered a beam intensity of 45 mA within an emittance of 0....
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Autor*in:	Lettry, J [verfasserIn] Aguglia, D Alessi, J Andersson, P Bertolo, S Briefi, S Butterworth, A Coutron, Y Dallocchio, A David, N Chaudet, E Faircloth, D Fantz, U Fink, D A Garlasche, M Grudiev, A Guida, R Hansen, J Haase, M Hatayama, A Jones, A Koszar, I Lallement, J-B Lombardi, A M Machado, C Mastrostefano, C Mathot, S Mattei, S Moyret, P Nisbet, D Nishida, K O'Neil, M Paoluzzi, M Scrivens, R Shibata, T Steyaert, D Thaus, N Voulgarakis, G

Format:	Artikel
Sprache:	Englisch

Erschienen:	2016

Übergeordnetes Werk:	Enthalten in: Review of scientific instruments - Melville, NY : AIP, 1930, 87(2016), 2
Übergeordnetes Werk:	volume:87 ; year:2016 ; number:2

Links:	Volltext Link aufrufen

DOI / URN:	10.1063/1.4936120

Katalog-ID:	OLC1973563924

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520			\|a CERN's 160 MeV H(-) linear accelerator (Linac4) is a key constituent of the injector chain upgrade of the Large Hadron Collider that is being installed and commissioned. A cesiated surface ion source prototype is being tested and has delivered a beam intensity of 45 mA within an emittance of 0.3 π ⋅ mm ⋅ mrad. The optimum ratio of the co-extracted electron- to ion-current is below 1 and the best production efficiency, defined as the ratio of the beam current to the 2 MHz RF-power transmitted to the plasma, reached 1.1 mA/kW. The H(-) source prototype and the first tests of the new ion source optics, electron-dump, and front end developed to minimize the beam emittance are presented. A temperature regulated magnetron H(-) source developed by the Brookhaven National Laboratory was built at CERN. The first tests of the magnetron operated at 0.8 Hz repetition rate are described.
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title_auth	Linac4 H(-) ion sources
abstract	CERN's 160 MeV H(-) linear accelerator (Linac4) is a key constituent of the injector chain upgrade of the Large Hadron Collider that is being installed and commissioned. A cesiated surface ion source prototype is being tested and has delivered a beam intensity of 45 mA within an emittance of 0.3 π ⋅ mm ⋅ mrad. The optimum ratio of the co-extracted electron- to ion-current is below 1 and the best production efficiency, defined as the ratio of the beam current to the 2 MHz RF-power transmitted to the plasma, reached 1.1 mA/kW. The H(-) source prototype and the first tests of the new ion source optics, electron-dump, and front end developed to minimize the beam emittance are presented. A temperature regulated magnetron H(-) source developed by the Brookhaven National Laboratory was built at CERN. The first tests of the magnetron operated at 0.8 Hz repetition rate are described.
abstractGer	CERN's 160 MeV H(-) linear accelerator (Linac4) is a key constituent of the injector chain upgrade of the Large Hadron Collider that is being installed and commissioned. A cesiated surface ion source prototype is being tested and has delivered a beam intensity of 45 mA within an emittance of 0.3 π ⋅ mm ⋅ mrad. The optimum ratio of the co-extracted electron- to ion-current is below 1 and the best production efficiency, defined as the ratio of the beam current to the 2 MHz RF-power transmitted to the plasma, reached 1.1 mA/kW. The H(-) source prototype and the first tests of the new ion source optics, electron-dump, and front end developed to minimize the beam emittance are presented. A temperature regulated magnetron H(-) source developed by the Brookhaven National Laboratory was built at CERN. The first tests of the magnetron operated at 0.8 Hz repetition rate are described.
abstract_unstemmed	CERN's 160 MeV H(-) linear accelerator (Linac4) is a key constituent of the injector chain upgrade of the Large Hadron Collider that is being installed and commissioned. A cesiated surface ion source prototype is being tested and has delivered a beam intensity of 45 mA within an emittance of 0.3 π ⋅ mm ⋅ mrad. The optimum ratio of the co-extracted electron- to ion-current is below 1 and the best production efficiency, defined as the ratio of the beam current to the 2 MHz RF-power transmitted to the plasma, reached 1.1 mA/kW. The H(-) source prototype and the first tests of the new ion source optics, electron-dump, and front end developed to minimize the beam emittance are presented. A temperature regulated magnetron H(-) source developed by the Brookhaven National Laboratory was built at CERN. The first tests of the magnetron operated at 0.8 Hz repetition rate are described.
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title_short	Linac4 H(-) ion sources
url	http://dx.doi.org/10.1063/1.4936120 http://www.ncbi.nlm.nih.gov/pubmed/26932021
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author2	Aguglia, D Alessi, J Andersson, P Bertolo, S Briefi, S Butterworth, A Coutron, Y Dallocchio, A David, N Chaudet, E Faircloth, D Fantz, U Fink, D A Garlasche, M Grudiev, A Guida, R Hansen, J Haase, M Hatayama, A Jones, A Koszar, I Lallement, J-B Lombardi, A M Machado, C Mastrostefano, C Mathot, S Mattei, S Moyret, P Nisbet, D Nishida, K O'Neil, M Paoluzzi, M Scrivens, R Shibata, T Steyaert, D Thaus, N Voulgarakis, G
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up_date	2024-07-04T02:42:32.622Z
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Linac4 H(-) ion sources

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