Publications: Internal Task note

CODE EXPLANATION:
AA-BB-CCCC-DDDD

AA = TASK NUMBER

BB = TYPE OF THE DOCUMENT:

21 = JOURNAL ARTICLE
22 = ABSTRACT
23 = PROCEEDING
25 = INTERNAL TASK NOTE
27 = USEFUL DOCUMENTS
28 = CONSORTIUM AGREEMENT
29 = FINANCIAL DOCUMENTS
30 = CONTRACT
31 = ANNUAL REPORTS
32 = INTERIM ANNUAL REPORTS
33 = PLANNIG GUIDELINES
34 = FOUR MONTH REPORTS

CCCC = YEAR

DDDD = DOCUMENT NUMBER

EURISOL Design Study CD Report

08/09/2009 -Task : TASK 7
Author(s) :A. Facco

Final report of the Task 7 work - Public format for CD edition
EURISOL Design Study Scientific Report

08/09/2009 -Task : TASK 7
Author(s) :A.Facco

Final report of the Task 7 work - Scientific format.
LOW- AND INTERMEDIATE-BETA, 352 MHZ SUPERCONDUCTING HALF-WAVE RESONATORS FOR HIGH POWER HADRON ACCELERATION

31/08/2009 -Task : TASK 7
Author(s) :A.Facco, F. Scarpa, D. Zenere, INFN/LNL Legnaro, Padova, Italy R. Losito, CERN, Geneva, Switzerland V. Zvyagintsev, TRIUMF, Vancouver, Canada

Contribution to EPAC 2006 about EURISOL Half-wave resonators
Deliverable D3 - Low- and Medium-beta linac

24/06/2009 -Task : TASK 7
Author(s) :A. Facco, A. Balabin, R. Paparella, D. Zenere, INFN-Laboratori Nazionali di Legnaro, Padova, Italy; D. Berkovits, J. Rodnizki, SOREQ, Yavne, Israel; J. L. Biarrotte, S. Bousson, A. Ponton, G. Olry, IPN Orsay, France; R. Duperrier, D. Uriot, CEA/Saclay, France; V. Zvyagintsev, TRIUMF, Vancouver, Canada.

The present document describes the Low- and Medium-beta section of the EURISOL DS Driver Accelerator. This section consists of a superconducting linac, based on Half-Wave (HWR) and SPOKE type resonators, preceded by a short, normal-conducting MEBT (Medium Energy Beam Transport) section that performs input beam matching. The scope of this linac is to bring the beams of H-, D+ and 3He++ produced by the Ion Injector (Deliverable D-5) to the energy and beam parameters required for injection in the superconducting High-beta linac (Deliverable D4-High beta linac). The present beam dynamics design reaches the goal of accelerating the required high current beams to the design energy (about 100 MeV/A, depending on the ion species), with minimum emittance growth and with low losses, using realistic and cost-effective, although innovative, technological solutions. The Low- and Medium-beta linac layout is described, together with the fundamental parameters and characteristics of its components and the system performance.
Deliverable D3

24/06/2009 -Task : TASK 7
Author(s) :A. Facco, A. Balabin, Ma Yanyun, R. Paparella, D. Zenere, INFN-Laboratori Nazionali di Legnaro, Padova, Italy; D. Berkovits, J. Rodnizki, SOREQ, Yavne, Israel; J. L. Biarrotte, S. Bousson, A. Ponton, G. Olry, IPN Orsay, France; R. Duperrier, D. Uriot, CEA/Saclay, France; V. Zvyagintsev, TRIUMF, Vancouver, Canada.

Task 7 Deliverable D3-Low and medium beta linac
Deliverable D3 - Low- and Medium-beta linac

22/06/2009 -Task : TASK 7
Author(s) :A. Facco, A. Balabin, R. Paparella, D. Zenere, INFN-Laboratori Nazionali di Legnaro, Padova, Italy; D. Berkovits, J. Rodnizki, SOREQ, Yavne, Israel; J. L. Biarrotte, S. Bousson, A. Ponton, G. Olry, IPN Orsay, France; R. Duperrier, D. Uriot, CEA/Saclay, France; V. Zvyagintsev, TRIUMF, Vancouver, Canada.

The present document describes the Low- and Medium-beta section of the EURISOL DS Driver Accelerator. This section consists of a superconducting linac, based on Half-Wave (HWR) and SPOKE type resonators, preceded by a short, normal-conducting MEBT (Medium Energy Beam Transport) section that performs input beam matching. The scope of this linac is to bring the beams of H-, D+ and 3He++ produced by the Ion Injector (Deliverable D-5) to the energy and beam parameters required for injection in the superconducting High-beta linac (Deliverable D4-High beta linac). The present beam dynamics design reaches the goal of accelerating the required high current beams to the design energy (about 100 MeV/A, depending on the ion species), with minimum emittance growth and with low losses, using realistic and cost-effective, although innovative, technological solutions. The Low- and Medium-beta linac layout is described, together with the fundamental parameters and characteristics of its components and the system performance.
Hands-on and beam loss criterion at SARAF SC linac

22/06/2009 -Task : TASK 7
Author(s) :S. Halfon, D. Berkovits, Y. Eisen, A. Pernick and J. Rodnizki, SOREQ NRC, YAVNE, Israel

Beam loss criterion for beam dynamics simulation is derived from the dose rate level which will allow hands-on maintenance. In this short paper we define a new beam loss criterion for SARAF SC (Super Conducting) linac based on the hands-on maintenance criterion used successfully for maintenance of high energy high intensity proton linacs. According to the high intensity proton linacs facilities working experience, we suggest a realistic dose limit for the SARAF which will allow hands-on maintenance. At this approach the annual dose limit for design (define as 1/10 of the annual dose limit for worker, 2000 mrem), will be taken into account at the maintenance program of the linac. We also repeated the residual activity calculation along the SC linac with novel experimental cross sections. Based on this analysis we suggest that the beam loss criterion will vary along the SC linac to keep the dose rate below 10 mrem/h. In this new definition the beam loss criterion is around 200 nA/m in the MEBT and decreases to 1 nA/m at 40 MeV.
Deliverable D7 Beam loss calculations

22/06/2009 -Task : TASK 7
Author(s) :R. DUPERRIER - D. URIOT IRFU CEA/SACLAY 91191 GIF SUR YVETTE, FRANCE

Task 7 - Deliverable D7
Deliverable D6 - High Energy Beam Transport

22/06/2009 -Task : TASK 7
Author(s) :A. Facco, R. Paparella, D. Zenere, F. Scarpa, INFN-Laboratori Nazionali di Legnaro, Padova, Italy; D. Berkovits, SOREQ, Yavne, Israel; Isao Yamane, KEK, Tsukuba, Japan.

Task 7 - Deliverable D6
Deliverable D5-Ion Injector

22/06/2009 -Task : TASK 7
Author(s) :A. Facco, A. Balabin, F. Scarpa, D. Zenere, INFN-Laboratori Nazionali di Legnaro, Padova, Italy; D. Berkovits, J. Rodnizki, SOREQ, Yavne, Israel; V. Zvyagintsev, TRIUMF, Vancouver, Canada

Task 7 Deliverable D5
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