1) Technical Specification for the Components for the LHC Arc Beam Vacuum Interconnects: EDMS #308337 (or 316453), written by Juan Knaster in May 2001.
2) Past PIM Working Group (between 04-11-2008 and 27-01-2009):
- Other links?
- Conclusions? etc.
3) Discussion on the LHC PIMs (22/09/2010) between EM and Francesco Bertinelli.
5) Some info about the PIMs' impedance on the CERN Impedance Webpage.
6) Beam induced heating and bunch length dependence (J. Uythoven, mini-Chamonix, 2011).
7) Beam induced heating (B. Salvant, Evian, 2011): slides + paper.
8) Beam-induced heating / bunch length / RF and lessons for 2012 (E. Metral, Chamonix, 2012): slides + paper.
9) Small step towards understanding bench measurementscurves (Jean-Luc Nougaret, ICE meeting, 25/01/12).
10) X-rays in A4L2-A4R2 and A4L8 - A4R8 (V. Baglin, LMC, 19/11/11) and other slides from VB.
11) Follow-up of the LHC RF heating (E. Metral, ICE meeting, 11/01/12).
12) New Design for the MKI RF Finger Contacts in the LHC (Jason Rabinovitch, 2007).
14) Experiences with Cryogenic Vacuum Components for the LHC (R. Veness).
15) Vacuum upgrade (J.M. Jimenez, Cham2012).
16) Design aspects of the RF contacts for the LHC beam vacuum interconnects (S. Calatroni).
17) Power losses in enlarged experimental chambers of the LHC (L. Vos).
18) Development of a bellows assembly with RF shield for KEKB (K.Kanazawa and Y.Suetsugu).
19) Longitudinal impedance from ferrite (L. Vos, CERN-SL-2000-010 AP).
20) Electromagnetic proximity effects and their consequences for radiation shielding (C.M. Hargreaves, Fifth Cryogenic Engineering Conference) => Sent by FritzC: on Fig. 1, one can see nicely the smooth transition for heat transfer in vacuo from far field radiation to near field radiation= contact. Near field radiation can also be seen as heat transfer including evanescent waves or some people call it tunnelling.