Cryo modules

Cryo Parameters (nominal and ultimate from cavities & machine layout & operation)

Parameters

Value1 Value2 Comment Timestamp
quadrupole bore radius 50 mm working assumption 2009-10-06
quadrupole length 350 mm following discussion with A.Lombardi & E.Todesco 6 Oct 2009
list of quadrupole integrated gradients excel file   2009-10-08
linac length, focusing periods vs energy, extraction sections pdf file   2009-10-08
doublet length including BPM 1700 mm following discussion with A.Lombardi & E.Todesco 2009-09-06

Action list

action person status/result Timestamp
shielding requirements for quadrupoles (to protect SC cavities) W. Weingarten, V. Parma pending  
field quality requirements for quadrupoles A. Lombardi pending  
verify starting point of SPL T. Renaglia done there remains an uncertainty of a few cm 2009-10-06
integration of CEA tuner design, procure drawings T. Renaglia, W. Weingarten, V. Parma done: pictures  
list of element centres (quads and cavities) for low- and high-beta section A. Lombardi done: list reference at the beginning of this page  
specifiy whether cavity dimension are given as "cold" or "warm" and verify exact length of CEA cavities W. Weingarten, F. Gerigk pending  
verify which SPL scenario has been taken to define the diameter of the helium supply lines U. Wagner, V. Parma done: scenario changed, see cryo-segmentation workshop, talk F. Gerigk  
reconsider the focusing scheme in SPL, FDO, FODO, double the length of focusing periods at high energy M. Eshraqi, A. Lombardi pending  
verify if the number of low-beta cryo-modules is 9 or 10 F. Gerigk, M. Eshraqi, A. Lombardi 10 b=0.65 modules 2009-10-06
work on more detailed design of extraction geometry (ISOLDE and EURISOL) with BT group F. Gerigk pending  
estimate warm quadrupole length F. Gerigk 1200 mm estimate from D. Tommasini 2009-10-06
compact cryo-module design for the options of one long cryo-string and of seperated cryo-modules T. Renaglia, V. Parma in progress  
overall layout for above options T. Renaglia tentative solution (all dimensions need iteration) INTEGRATION_SPL 2009-09-15

Decisions taken

  • position of quadrupoles is flexible (centre or beginning of cryo-module), if the position is changed from the beginning of the module to another place the Linac4/SPL transition has to be adapted (03.09.09),
  • in the extraction areas to ISOLDE and EURISOL we assume that warm quadrupoles are used (03.09.09),
  • assume that BPMs can be placed between the quadrupoles of a doublet, whether it is cold or warm (15.09.09)

Integration of CEA tuner

CAVITE_BETA_1_TH_TITANE.png CAVITE_BETA_1_TH_TITANE_2.png CAVITE_BETA_1_TH_TITANE_3.png

-- FrankGerigk - 2009-09-04]

Topic attachments
I Attachment History Action Size Date Who Comment
PNGpng CAVITE_BETA_1_TH_TITANE.png r1 manage 106.7 K 2009-11-05 - 14:27 UnknownUser  
PNGpng CAVITE_BETA_1_TH_TITANE_2.png r1 manage 162.1 K 2009-11-05 - 14:29 UnknownUser  
PNGpng CAVITE_BETA_1_TH_TITANE_3.png r1 manage 119.2 K 2009-11-05 - 14:31 UnknownUser  
PDFpdf INTEGRATION_SPL.pdf r1 manage 323.3 K 2009-09-15 - 11:58 UnknownUser  
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Topic revision: r10 - 2010-05-11 - unknown
 
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