| Paper |
Title |
Page |
| THPP098 |
Simulations on a Beam Transport System for the Frankfurt Funneling Experiment
|
3593 |
| |
- P. Kolb, N. Mueller, A. Schempp
IAP, Frankfurt am Main
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The goal of the Frankfurt Funneling Experiment is to multiply beam currents by mergeing two low energy ion beams. Our setup consists of two ion sources, a two beam RFQ accelerator, a multigap deflector and a beam diagnostics. Current work is the design of a new beam transport between RFQ accelerator and deflector and first simulations will be presented.
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| THPP100 |
Development of New Ion Sources for the Frankfurt Funneling Experiment
|
3596 |
| |
- N. Mueller, U. Bartz, P. Kolb, A. Schempp
IAP, Frankfurt am Main
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Funneling is a method to increase beam currents in several stages. The Frankfurt Funneling Experiment is a prototype of such a stage. The experimental setup consists of two ion sources with electrostatic lens systems, a Two-Beam RFQ accelerator, a funneling deflector and a beam diagnostic system. The two beams are bunched and accelerated in a Two-Beam RFQ and the last parts of the RFQ electrodes achieve a 3d focus at the crossing point of the two beam axis. A funneling deflector combines the bunches to a common beam axis. The newly optimized ion sources are adapted to the front end bunching section. First results and measurements will be presented.
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