| Paper | Title | Page |
|---|
| TUP72 | Piezo-Assisted Blade Tuner: Cold Test Results | 318 |
| | - C. Pagani, A. Bosotti, N. Panzeri, R. Paparella, P. Pierini
INFN Milano - C. Albrecht, R. Lange, L. Lilje
DESY Hamburg
| |
| | The new simplified version of the piezo-assisted Blade
Tuner has been tested at DESY in the horizontal cryostat
CHECHIA in September. The tuner mechanism has been
characterized at room temperature and one high gradient
cavity of the last production has been recently tuned and
equipped with a properly modified helium tank. In view
of its possible adoption for the ILC, the cheaper stainless
steel version of the tuner has been chosen for the cold
tests. In this paper the results are presented and discussed. | |
| WEP61 | Design of the magnetic shield for TRASCO low beta elliptical cavities | 651 |
| | - P. Pierini, S. Barbanotti, L. Monaco, N. Panzeri
INFN Milano-LASA
| |
| | The TRASCO elliptical cavities (beta=0.47) for
intermediate velocity protons will be tested in horizontal
test modules, equipped with a coaxial cold tuner of the
blade type. A magnetic shield which is internal to the
helium vessel has been designed, using CRYOPERM 10
material. The magnetic shield is capable to meet the
performance goals of the 700 MHz cavities and simplifies
the mechanical interface to the cavity/tuner assembly. The
present paper illustrates the technical design of such a
shielding system. | |
| WEP83 | The prototype cryomodule for the EUROTRANS program | 712 |
| | - S. Barbanotti, N. Panzeri, P. Pierini
INFN Milano-LASA - J. L. Biarrotte, S. Bousson, C. Commeaux, E. Rampnoux, M. Souli
IPN Orsay
| |
| | EUROTRANS is a research program funded by the
EURATOM (EC) in the 6th Framework Programme for
the assessment of a nuclear waste transmutation system
driven by a high intensity superconducting linac.
The design of the high energy end of the linac (above
100 MeV) is based on low beta multicell elliptical cavities.
A prototype cryomodule containing a single 5 cell cavity
(built and tested successfully at INFN) is being developed
jointly by INFN and IPN-Orsay. This paper describes the
module layout and its implementation plan at Orsay. | |