Accelerating Structure Cooling Parameters CLICG CLIC 380 and

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Accelerating Structure Cooling Parameters: CLIC-G*, CLIC 380 and Klystron-based (K) X. X. Huang 12/04/2017

Accelerating Structure Cooling Parameters: CLIC-G*, CLIC 380 and Klystron-based (K) X. X. Huang 12/04/2017

Pin = 62. 3 MW, Pout_load = 9. 76 MW, Pout_unload = 26. 5

Pin = 62. 3 MW, Pout_load = 9. 76 MW, Pout_unload = 26. 5 MW, Tr = 22 ns, Tf = 65. 5 ns, Eff = 28. 5% CLIC_G CLIC-G*

Pin = 59. 7 MW, Pout = 6. 2 MW, Tr = 13. 1

Pin = 59. 7 MW, Pout = 6. 2 MW, Tr = 13. 1 ns, Tf = 55. 4 ns, Eff = 39. 8% 205 144 112 74 59. 7 32. 5 38. 4 27. 6

Pin = 41. 7 MW, Pout = 4. 5 MW, Tr = 20. 3

Pin = 41. 7 MW, Pout = 4. 5 MW, Tr = 20. 3 ns, Tf = 62. 7 ns, Eff = 38. 7% 208 137 115 74 41. 7 30. 1 20. 5 17. 9

Structure CLIC-G* CLIC 380 Klystron (K) frep [Hz] 50 50 Efficiency: η [%] 27.

Structure CLIC-G* CLIC 380 Klystron (K) frep [Hz] 50 50 Efficiency: η [%] 27. 7 28. 5 39. 8 38. 7 Rise time: tr [ns] 22. 4 22 13. 1 20. 3 Filling time: tf [ns] 62. 9 65. 5 55. 4 62. 7 Efficient beam loading time: tb [ns] 155. 5 175. 5 242 Pulse length: tp [ns] 240. 8 243 244 325 Pin [MW] 63. 8 62. 3 59. 7 41. 7 Poutunloaded [MW] 29. 7 26. 5 27. 6 17. 9 Poutloaded [MW] 11. 9 9. 76 6. 2 4. 5 27. 367 27. 747 33. 035 21. 673 Thermal dissipation: <Pdissipatedunloaded>, <Pdissipatedloaded> [W] 410. 564, 336. 181 434. 970, 349. 394 391. 620, 289. 526 386. 750, 286. 649 Mean power in the load: <Ploadunloaded>, <Ploaded> [W] 357. 588, 219. 193 321. 975, 191. 822 336. 720, 148. 935 290. 875, 128. 735 Mean power to the beam: <Pbeam> [W] 212. 778 215. 729 289. 879 262. 241 Pbeam [MW]

References Bibliography of related documents. 1. CLIC-G RF Design: “CLIC 2008 Parameters”, H. Braun

References Bibliography of related documents. 1. CLIC-G RF Design: “CLIC 2008 Parameters”, H. Braun et al, CERN-AB-2008 -xxx; CLIC-Note-764. 2. CLIC-G* RF Design: “RF design and parameters of 12 GHz TD 26_vg 1. 8_R 1_CC”, H. Zha et al, EDMS# 1524527. 3. CLIC 380 RF Design: “RF design and parameters of 12 GHz prototype TD 31_vg 2. 9_R 1_CC (or CLIC 380)”, X. X. Huang et al, EDMS# 1772531. 4. Klystron-based: https: //indico. cern. ch/event/605614/ 5. CLIC Accelerating Structure Cooling, EDMS# 964717.