Physics design of the 8 GeV H-minus linac

New Journal of Physics

Volumn 8, Issue , 2006, Pages

  Ostroumov, P N ^a  

^a ARGONNE NATIONAL LABORATORY   (United States)

Author keywords

[No Author keywords available]

Indexed keywords

ACCELERATION; ELECTRIC POTENTIAL; OPTICAL DESIGN; PROTON BEAMS; PROTONS; RADIO FREQUENCY AMPLIFIERS; SUPERCONDUCTING MATERIALS;

PROTON DRIVERS (PD); SPOKE LOADED CAVITIES;

CAVITY RESONATORS;

EID: 33751501668     PISSN: 13672630     EISSN: 13672630     Source Type: Journal    
DOI: 10.1088/1367-2630/8/11/281     Document Type: Article

References (44)

1. Foster G W and MacLachlan J A 2002 A multi-mission 8 GeV injector linac as a fermilab booster replacement Proc. LINAC-2002 (Gyeongju, Korea) (ed In Soo Ko) p 826
2. Foster G W 2005 An 8 GeV Superconducting injector linac paper MOPB001 Proc. PAC-2005 (Knoxville, TN) (ed C Horak)
3. 2001 TESLA Technical Design Report DESY 2001-11
4. Holtkamp N 2004 Status of the SNS Linac: an Overview Proc. LINAC-2004 (Lubeck, Germany) p 837
5. - ions: transport and injection Proc. PAC-2005 (Knoxville, TN) (ed C Horak) p 1222
6. Murin B P et al 1978 Ion linear accelerators vol 1 Problems and Theory (Moscow: Atomizdat)
7. Aune B et al 2000 Superconducting TESLA cavities Phys. Rev. ST. Accel. Beams 3 092001
8. Shepard K W et al 2003 Superconducting intermediate-velocity cavity development for RIA Proc. PAC-2003 (Portland, OR) (ed J Chew) p 1297
9. Delayen J R 2004 Intermediate-velocity superconducting accelerating structures Proc. LINAC-2004 (Lubeck, Germany) p 589
10. Kapchinskiy I M 1985 Theory of Resonance Linear Accelerators (Accelerators and Storage Rings Series) (New York: Harwood Academic)
11. Kato T and Yamazaki Y 1998 Design of the 200 MeV proton Linac for the Japan hadron facility Proc. LINAC-1998 (Chicago, IL) (ed C E Eyberger, R C Pardo and M M White) p 409
12. Shepard K W, Ostroumov P N and Delayen J R 2003 High-energy ion linacs based on superconducting spoke cavities Phys. Rev. ST Accel. Beams 6 080101
13. - or proton beams 2003 Argonne Physics Division Annual Report p 143
14. Ostroumov P N, Aseev V N and Kolomiets A A 2006 Application of a new procedure for design of 325 MHz RFQ J. Instrum. JINST 1 P04002
15. Kang Y 2000 Fast RF ferrite phase shifter for high-power applications Proc. LINAC-2000 (Monterey, CA) (ed A W Chao) p 1012
16. Terechkine I et al 2005 High power phase shifter Proc. PAC-2005 (Knoxville, TN) (ed C Horak) p 3123
17. Bauer P C, Foster G M and Huning M 2004 Simulation of RF control of a superconducting linac for relativistic particles Proc. EPAC-2004 (Lucerne, Switzerland) (ed J Chin et al) p 2774
18. Tajima T et al 2003 Results of two β=0.175, 350-MHz, 2-gap spoke cavities Proc. PAC-2003 (Portland, OR) (ed J Chew) p 1341
19. Ostroumov P N et al 2005 Front end design of a multi-GeV H-minus Linac Proc. PAC-2005 (Knoxville, TN) (ed C Horak) p 3286
20. Li Z et al 2004 Design of the R.T. CH-cavity and perspectives for a new GS1 proton linac Proc. LINAC-2004 (Lubeck, Germany) p 81
21. Romanov G V et al 2006 Development of room temperature cross-bar cavities for FNAL proton driver Abstract presented to LINAC-2006 (Knoxville, TN)
22. Ratti A et al 1998 Conceptual design of the SNS RFQ Proc. LINAC-1998 (ed C E Eyberger, R C Pardo and M M White) p 276
23. 1 RFQ stabilized with PISLs Proc. Int. Conf. LINAC-2000 (Monterey, CA) (ed A W Chao) p 545
24. Kolomiets A A 2005 The code DESRFQ, ITEP/ANL Technical Note
25. Ostroumov P N, Aseev V N and Mustapha B 2004 Beam loss studies in high-intensity heavy-ion linacs Phys. Rev. ST. Accel. Beams 7 090101
26. Aseev V N, Ostroumov P N, Lessner E S and Mustapha B 2005 TRACK: The new beam dynamics code Proc. PAC-2005 (Knoxville, TN) (ed C Horak) p 2053
27. Crandall K R et al 1998 RFQ Design Codes Los Alamos National Laboratory Report LA-UR-96 p 1836
28. Reiser M 1994 Theory and Design of Charged Particle Beams (New York: Wiley)
29. CST Electromagnetic Studio User Manual Version 2.0 January 2004 CST GmbH Darmstadt Germany
30. Crandall K R 1994 Ending RFQ vane tips with quadrupole symmetry Proc. LINAC-1994 (Tsukuba, Japan) p 227
31. Caspers F 2004 Review of fast beam chopping Proc. LINAC-2004 (Lubeck, Germany) p 578
32. Kurennoy S S and Power J F 2000 Meander-line current structure development for SNS fast chopper Proc. LINAC-2000 (Monterey, CA) (ed A W Chao) p 932
33. Oshatz D et al 2001 Mechanical design of the SNS MEBT Proc. PAC-2001 (Chicago, IL) (ed P Lucas and S Webber) p 1574
34. Nath S et al 1997 Beam dynamics aspects for the APT integrated linac Proc. PAC-1997 (Vancouver, Canada) (ed M Comyn, M K Craddock, M Reiser and J Thomson) p 1162
35. Hofmann I et al 2001 Phys. Rev. Lett. 86 2313
36. Lawrence G P and Wangler T P 1997 Integrated normal-conducting/ superconducting high power proton linac for APT project Proc. PAC-1997 (Vancouver, Canada) (ed M Comyn, M K Craddock, M Reiser and J Thomson) p 1158
37. Garnett R et al 2001 Conceptual design of a low-beta SC proton linac Proc. PAC-2001 (ed P Lucas and S Webber) p 3293
38. Ostroumov P N 2002 Design features of high-intensity medium-energy superconducting heavy-ion linac Proc. LINAC-2002 (Gyeongju, Korea) (ed In Soo Koo) p 64
39. Fateev A P and Ostroumov P N 1984 Drift spaces effect on longitudinal motion in an ion linac Nucl. Instrum. Methods 222 420
40. Senichev Yu and Vasyukhin N 2005 Slot-finger superconducting structure with RF focusing Phys. Rev. ST. Accel. Beams 8 070101
41. Stovall J et al 2001 Expected beam performance of the SNS linac Proc. PAC-2001 (Chicago, IL) (ed P Lucas and S Webber) p 446
42. Gerigk F et al 2005 Progress in the design of the SPL normal conducting front-end (<180MeV) 34th ICFA Advanced Beam Dynamics Workshop HPSL (Naperville, IL)
43. Crandall K R 1987 TRACE 3-D Documentation Report LA-11054-MS Los Alamos
44. Jameson R A 1993 On scaling & optimization of high-intensity, low-beam-loss RF linacs for neutron source drivers AIP Conf. Proc. 279 969