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Status of the rt CH- cavity

Status of the rt CH- cavity. - Anja Seibel -. Outline. CH- Cavity CH-Parameter Heat distribution Cooling concept Final CH- Cavity First measurement results. CH- Cavity. CH- Cavity. the CH- Cavity consists of 5 gaps with an operating frequency of 175 MHz

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Status of the rt CH- cavity

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  1. Status ofthert CH-cavity - Anja Seibel -

  2. Outline • CH-Cavity • CH-Parameter • Heatdistribution • Coolingconcept • Final CH-Cavity • First measurementresults Anja Seibel

  3. CH-Cavity Anja Seibel

  4. CH-Cavity • the CH-Cavityconsistsof 5 gaps • with an operatingfrequency • of 175 MHz • thecavityhas a diameterof • about 770 mm (665,4 mm Tank • innerdiameter) and a lengthof • 463 mm (383 mm Tank inner • length) 34 mm 30 mm 770 mm 24 mm 21 mm 463 mm Anja Seibel

  5. CH-Cavity 4 1 3 2 1 Inductiveinputcoupler 4 Pick ups 2 Tuners 1 Vacuum pump port Anja Seibel

  6. CH-Cavity • The tuningisdone • bytwocylindrical • tuners. Oneis • adjustable in height • (80 mm) and • oneisstatic Anja Seibel

  7. CH-Cavity 220 mm Anja Seibel

  8. CH- Parameter Anja Seibel

  9. Heatdistribution rfcurrentdensitydistribution temperaturedistribution Anja Seibel

  10. Coolingconcept Coolingconceptforthedrifttubesandthestems Anja Seibel

  11. Coolingconcept Anja Seibel

  12. Coolingconcept • Coolingconceptforthe tank: • 16 coolingchannelswith a • diameterof 10 mm Anja Seibel

  13. Final CH-cavity Anja Seibel

  14. Final CH-cavity Anja Seibel

  15. Final CH-cavity Anja Seibel

  16. Final CH-cavity Anja Seibel

  17. First measurementresults Measurement Simulation Anja Seibel

  18. Electricalfieldprofile First measurementresults Simulation Measurement Anja Seibel

  19. Thanksforyourattention! Anja Seibel

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