| Paper |
Title |
Page |
| THP10 |
Tuner Design for High Power 4-Rod-RFQs
|
617 |
| |
- A. Schempp, L. Brendel, B. Hofmann, H. Liebermann
IAP, Frankfurt-am-Main
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The performance of high power RFQ linacs, as used in spallations sources and proposed for projects like ADxy, IFMIF or high duty factor drivers for RIB application are limited by beam dynamics properties as well as technical limits like sparking, power density, cooling and thermal stresses. A "one piece structure" even possible in theory has to have means for tuning the real fields like exchangable or moving tuners. Tuner design features will be discussed and results will be presented.
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| THP11 |
Design of A 352 MHz-Proton-RFQ for GSI
|
620 |
| |
- A. Schempp, L. Brendel, B. Hofmann
IAP, Frankfurt-am-Main
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| |
Part of the future project of GSI is a new p-linac for the production of Antiprotons. The 4- Rod-RFQ operating at 350 MHz has to accelerate up to 100 mA protons from an ECR source. Design studies have been made using the Parmteq- and Microwave Studio codes to optimize beam dynamics properties and the field distribution of the RFQ. Results of the design studies will be presented.
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