| Paper | Title | Page |
|---|
| TUP02 | A Database for Superconducting Cavities | 103 |
| | - P. D. Gall, A. Goessel, V. Gubarev, J. Iversen
DESY
| |
| | We look back on more than 10 years experience using a database for superconducting cavities. Originally the database was developed for a cavity R&D program in order to optimize the cavity preparation techniques to get high and reproducible accelerating gradients at high quality factors. Presently the database takes over more and more an effective part of the quality control system for the whole cavity production and preparation process for FLASH and XFEL on a very detailed level. Currently we try to find out the most effective and safe way to get the production data from the different companies to the database and to control the quality of the cavity production from the Niobium sheets to the complete modules in the linac. | |
| WEP05 | Testing the FLASH superconducting accelerating modules | 442 |
| | - D. Kostin, W. -D. Moeller, A. Goessel, R. Lange
DESY Hamburg
| |
| | The Free-electron LASer in Hamburg (FLASH),
operating in the VUV wavelengths range, is not only the
outstanding research facility in Europe, but also the test
bench for the ILC superconducting linac technology.
Started XFEL, as well as planned ILC, both depend on the
progress made here. [1], [2], [3]. New module test stand
was recently put into operation at DESY. The FLASH
linac has been upgraded to 6 superconducting modules.
The accelerating modules testing experience and the
results of the tests are put in the base of this paper,
describing the recent developments of the XFEL / ILC
technology. | |