Autores
S Henderson, W Abraham, A Aleksandrov, C Allen, J Alonso, D Anderson, D Arenius, T Arthur, S Assadi, J Ayers, P Bach, V Badea, R Battle, J Beebe-Wang, B Bergmann, J Bernardin, T Bhatia, J Billen, T Birke, E Bjorklund, M Blaskiewicz, B Blind, W Blokland, V Bookwalter, D Borovina, S Bowling, J Bradley, C Brantley, J Brennan, J Brodowski, S Brown, R Brown, D Bruce, N Bultman, P Cameron, I Campisi, F Casagrande, N Catalan-Lasheras, M Champion, Z Chen, D Cheng, Y Cho, K Christensen, C Chu, J Cleaves, R Connolly, T Cote, S Cousineau, K Crandall, J Creel, M Crofford, P Cull, R Cutler, R Dabney, L Dalesio, E Daly, R Damm, V Danilov, D Davino, K Davis, C Dawson, L Day, C Deibele, J Delayen, J DeLong, A Demello, W DeVan, R Digennaro, K Dixon, G Dodson, M Doleans, L Doolittle, J Doss, M Drury, T Elliot, S Ellis, J Error, J Fazekas, A Fedotov, P Feng, J Fischer, W Fox, R Fuja, W Funk, J Galambos, V Ganni, R Garnett, X Geng, R Gentzlinger, M Giannella, P Gibson, R Gillis, J Gioia, J Gordon, R Gough, J Greer, W Gregory, R Gribble, W Grice, D Gurd, P Gurd, A Guthrie, H Hahn, T Hardek, R Hardekopf, J Harrison, D Hatfield, P He, M Hechler, F Heistermann, S Helus, T Hiatt, S Hicks, J Hill, L Hoff, M Hoff, J Hogan, M Holding, P Holik, J Holmes, N Holtkamp, C Hovater, M Howell, H Hseuh, A Huhn, T Hunter, T Ilg, J Jackson, A Jain, A Jason, D Jeon, G Johnson, A Jones, S Joseph, A Justice, Y Kang, K Kasemir, R Keller, R Kersevan, D Kerstiens, M Kesselman, S Kim, P Kneisel, L Kravchuk, T Kuneli, S Kurennoy, R Kustom, S Kwon, P Ladd, R Lambiase
Fecha de publicación
2014/11/1
Revista
Nuclear Instruments and Methods in Physics Research Section A: Accelerators, Spectrometers, Detectors and Associated Equipment
Volumen
763
Páginas
610-673
Editor
North-Holland
Descripción
The Spallation Neutron Source (SNS) was designed and constructed by a collaboration of six U.S. Department of Energy national laboratories. The SNS accelerator system consists of a 1 GeV linear accelerator and an accumulator ring providing 1.4 MW of proton beam power in microsecond-long beam pulses to a liquid mercury target for neutron production. The accelerator complex consists of a front-end negative hydrogen-ion injector system, an 87 MeV drift tube linear accelerator, a 186 MeV side-coupled linear accelerator, a 1 GeV superconducting linear accelerator, a 248-m circumference accumulator ring and associated beam transport lines. The accelerator complex is supported by ~100 high-power RF power systems, a 2 K cryogenic plant, ~400 DC and pulsed power supply systems, ~400 beam diagnostic devices and a distributed control system handling ~100,000 I/O signals. The beam dynamics design …
Artículos de Google Académico
S Henderson, W Abraham, A Aleksandrov, C Allen… - Nuclear Instruments and Methods in Physics Research …, 2014