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CLIC structure optimization results (all data) 28/08/07 A. Grudiev.

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Presentation on theme: "CLIC structure optimization results (all data) 28/08/07 A. Grudiev."— Presentation transcript:

1 CLIC structure optimization results (all data) 28/08/07 A. Grudiev

2 New input from Daniel for d/h=0.1 f[GHz] /l N[10 9 ] σ z [μm] da/a L total [1/m2] L 1 [1/m2] 12 0.15 7.14326666667 57.4218 0.3 6.6519479435e+34 2.07076666667e+34 12 0.14 5.98611333333 52.3476 0.3 5.88254056667e+34 1.84310833333e+34 12 0.13 4.95751333333 47.3237 0.3 5.00356563833e+34 1.55205833333e+34 12 0.12 4.05046666667 42.3583 0.3 4.17037438758e+34 1.32355833333e+34 12 0.11 3.25791333333 37.4625 0.3 2.85240689283e+34 1.03319166667e+34 12 0.1 2.57269333333 32.6508 0.3 1.69614288367e+34 7.21649166667e+33 12 0.09 1.98756666667 27.9429 0.3 9.56782642358e+33 4.83810833333e+33 12 0.08 1.49521333333 23.3655 0.3 4.7261814835e+33 2.81755833333e+33 12 0.07 1.08818666667 18.9551 0.3 2.15212935968e+33 1.48959166667e+33 12 0.15 8.18693333333 64.4657 0.15 7.84287357117e+34 2.36034166667e+34 12 0.14 6.8508 58.8526 0.15 6.09377391125e+34 1.96409166667e+34 12 0.13 5.66447333333 53.2914 0.15 5.13328694833e+34 1.6633e+34 12 0.12 4.61969333333 47.7898 0.15 4.83117500833e+34 1.46198333333e+34 12 0.11 3.70817333333 42.3586 0.15 3.83748014533e+34 1.218525e+34 12 0.1 2.92149333333 37.0121 0.15 2.24265888767e+34 8.78725e+33 12 0.09 2.25111333333 31.7698 0.15 1.24841274902e+34 5.83838333333e+33 12 0.08 1.68839333333 26.6585 0.15 6.48176251892e+33 3.57535833333e+33 12 0.07 1.22457333333 21.7156 0.15 2.90391547974e+33 1.88844166667e+33 12 0.15 8.54486666667 66.7932 0.0 7.54570250633e+34 2.34008333333e+34 12 0.14 7.14726666667 61.0025 0.0 6.59730424017e+34 2.03646666667e+34 12 0.13 5.90671333333 55.2644 0.0 5.58408094508e+34 1.75658333333e+34 12 0.12 4.81462666667 49.5866 0.0 4.60810066583e+34 1.479375e+34 12 0.11 3.86225333333 43.9796 0.0 3.65970718311e+34 1.18845e+34 12 0.1 3.04074 38.4575 0.0 2.43782838383e+34 9.25025e+33 12 0.09 2.34111333333 33.0398 0.0 1.37716491733e+34 6.245625e+33 12 0.08 1.75428 27.7533 0.0 7.19008445408e+33 3.86891666667e+33

3 /l Type Eff Lbx*10^34 N*10^9 L/N*Eff In.Cost Es_max dT_max Pin tp tr Nb Ns (da/a; d1/h, d2/h) Nc [%] [1/m^2] [a.u.] [a.u.] [MV/m] [K] [MW] [ns] [ns] 0.0900 05 29.0 0.62 2.33 7.71 1.03 280.8 59.1 37 394.8 32.7 700 5 (0.08;0.120,0.120) 18 0.0950 05 30.6 0.76 2.66 8.78 1.04 260.6 52.3 40 391.7 34.7 700 5 (0.15;0.140,0.140) 18 0.1000 05 31.1 0.89 2.94 9.39 1.06 264.3 58.5 45 386.0 37.5 700 5 (0.27;0.140,0.140) 18 0.1050 06 30.0 1.03 3.26 9.46 1.02 296.5 59.7 54 299.9 33.2 521 5 (0.36;0.120,0.120) 20 0.1100 06 28.8 1.22 3.72 9.45 1.03 271.3 59.9 54 316.5 32.8 461 6 (0.29;0.180,0.180) 20 0.1150 08 28.0 1.33 4.13 9.05 0.99 282.3 59.4 63 262.6 33.6 343 6 (0.33;0.200,0.200) 23 0.1200 09 26.2 1.44 4.54 8.33 0.96 298.9 52.1 75 194.4 26.2 237 6 (0.36;0.180,0.180) 25 0.1250 08 25.4 1.55 5.10 7.73 0.99 284.7 59.9 73 216.9 27.5 241 7 (0.33;0.240,0.240) 23 0.1300 08 24.6 1.65 5.61 7.25 0.99 286.6 58.4 80 188.7 24.8 203 7 (0.33;0.260,0.260) 23 0.1350 09 22.2 1.79 6.12 6.50 0.98 295.5 58.0 88 169.7 23.1 154 8 (0.37;0.260,0.260) 25 0.1400 11 19.2 1.92 6.57 5.62 0.97 294.1 58.5 95 170.6 24.6 113 10 (0.42;0.280,0.280) 30 0.1450 08 19.2 2.14 7.40 5.55 1.00 291.6 57.4 100 138.9 19.1 111 9 (0.35;0.320,0.320) 23 0.1500 11 16.3 2.28 7.85 4.73 0.97 299.9 53.3 114 126.1 18.7 71 11 (0.42;0.300,0.300) 30 Ls=100-500mm; 21 str. d1=d2 Ns = free Wt = 10V/pC Esurf<300MV/m; no tp dependence dT<60K Max(L/P) L1 = 3.3e38; [Hz/m^2] Ea = 100 [MV/m], f = 12 [GHz], dphi = 120 [deg], /lambda = 0.1050 frep = 61.6486 [Hz], Ltotal = 9.46699e+038 [Hz/m^2], sigma_z = 39.0073 [um] Pbeam = 25.0987 [MW/beam], Pin = 83.7453 [MW/linac], Ep = 1358.43 [kJ/linac] Inv. Cost = 1.02068 [a.u.], 10-years El. Cost = 0.285655 [a.u.]

4 /l Type Eff Lbx*10^34 N*10^9 L/N*Eff In.Cost Es_max dT_max Pin tp tr Nb Ns (da/a; d1/h, d2/h) Nc [%] [1/m^2] [a.u.] [a.u.] [MV/m] [K] [MW] [ns] [ns] 0.0900 07 26.5 0.62 2.34 7.05 0.97 299.8 51.4 42 288.3 25.9 454 5 (0.04;0.100,0.100) 21 0.0950 08 26.4 0.77 2.68 7.58 0.94 285.9 39.2 49 237.6 23.9 353 5 (0.11;0.100,0.100) 23 0.1000 09 26.0 0.91 2.99 7.90 0.93 271.3 30.4 57 205.1 23.1 289 5 (0.19;0.100,0.100) 25 0.1050 10 26.0 1.04 3.30 8.23 0.93 286.8 37.7 65 195.8 25.9 265 5 (0.32;0.100,0.100) 27 0.1100 11 24.5 1.19 3.62 8.05 0.92 299.4 40.8 74 183.5 28.3 218 5 (0.38;0.120,0.120) 30 0.1150 10 25.2 1.34 4.15 8.12 0.93 280.9 41.7 72 188.7 24.5 216 6 (0.31;0.160,0.160) 27 0.1200 10 25.4 1.44 4.54 8.08 0.94 295.8 48.6 77 185.2 26.2 210 6 (0.36;0.180,0.180) 27 0.1250 11 23.3 1.53 4.98 7.16 0.94 297.3 51.1 83 185.3 27.3 171 7 (0.40;0.200,0.200) 30 0.1300 10 23.9 1.63 5.50 7.08 0.96 299.8 58.0 85 182.5 27.1 177 7 (0.39;0.240,0.240) 27 0.1350 11 21.2 1.78 6.05 6.23 0.95 298.2 51.8 95 156.8 23.0 124 8 (0.40;0.240,0.240) 30 0.1400 12 19.2 1.92 6.55 5.62 0.96 295.1 58.8 99 169.6 27.6 110 9 (0.43;0.300,0.300) 32 0.1450 11 18.5 2.12 7.30 5.37 0.95 295.9 49.4 110 126.0 18.7 84 9 (0.39;0.280,0.280) 30 0.1500 11 16.3 2.28 7.85 4.73 0.97 299.9 53.3 114 126.1 18.7 71 11 (0.42;0.300,0.300) 30 Ls=100-500mm; 21 str. d1=d2 Ns = free Wt = 10V/pC Esurf<300MV/m; no tp dependence dT<60K Min(Cost) L1 = 3.3e38; [Hz/m^2] Ea = 100 [MV/m], f = 12 [GHz], dphi = 120 [deg], /lambda = 0.1100 frep = 127.189 [Hz], Ltotal = 1.02272e+039 [Hz/m^2], sigma_z = 41.3732 [um] Pbeam = 24.0699 [MW/beam], Pin = 98.3572 [MW/linac], Ep = 773.314 [kJ/linac] Inv. Cost = 0.917961 [a.u.], 10-years El. Cost = 0.329616 [a.u.]

5 Ls=100-500mm; 21 str. Ns = free Wt = 10V/pC Esurf<300MV/m; no t p dependence dT<60K Max(L/P) L1 = 3.3e38; [Hz/m^2] /l Type Eff Lbx*10^34 N*10^9 L/N*Eff In.Cost Es_max dT_max Pin tp tr Nb Ns (da/a; d1/h, d2/h) Nc [%] [1/m^2] [a.u.] [a.u.] [MV/m] [K] [MW] [ns] [ns] 0.0900 05 29.0 0.62 2.33 7.71 1.03 280.8 59.1 37 394.8 32.7 700 5 (0.08;0.120,0.120) 18 0.0950 05 30.7 0.77 2.67 8.80 1.04 267.4 59.4 40 393.5 33.8 700 5 (0.14;0.160,0.140) 18 0.1000 06 31.8 0.87 2.91 9.55 1.05 250.3 56.0 46 398.9 37.3 700 5 (0.32;0.220,0.120) 20 0.1050 06 32.5 0.99 3.17 10.19 1.06 274.1 56.8 50 388.9 35.3 700 5 (0.43;0.260,0.100) 20 0.1100 05 32.8 1.16 3.55 10.77 1.10 274.3 58.4 53 372.6 28.5 700 5 (0.43;0.320,0.100) 18 0.1150 05 32.9 1.24 3.84 10.65 1.11 286.9 60.0 57 366.5 29.6 684 5 (0.51;0.400,0.100) 18 0.1200 06 29.7 1.40 4.34 9.56 1.07 283.7 59.2 63 320.1 28.2 479 6 (0.47;0.400,0.140) 20 0.1250 08 26.6 1.48 4.72 8.35 1.04 296.7 58.9 71 279.3 27.2 342 7 (0.52;0.400,0.140) 23 0.1300 10 24.3 1.58 5.14 7.44 1.00 298.6 57.0 79 246.0 27.5 241 8 (0.54;0.400,0.160) 27 0.1350 11 22.0 1.73 5.70 6.68 0.98 299.7 58.8 87 220.8 28.4 176 9 (0.53;0.380,0.200) 30 0.1400 11 20.8 1.90 6.40 6.15 0.96 299.7 52.7 97 170.2 22.4 128 9 (0.48;0.360,0.220) 30 0.1450 09 19.3 2.14 7.38 5.57 0.99 293.3 59.0 102 142.5 20.9 107 9 (0.36;0.320,0.340) 25 0.1500 10 17.1 2.33 8.06 4.96 0.97 299.9 51.9 118 107.5 17.2 71 9 (0.35;0.260,0.340) 27 Ea = 100 [MV/m], f = 12 [GHz], dphi = 120 [deg], /lambda = 0.1100 frep = 40.4777 [Hz], Ltotal = 1.00683e+039 [Hz/m^2], sigma_z = 40.6391 [um] Pbeam = 24.137 [MW/beam], Pin = 73.5066 [MW/linac], Ep = 1815.98 [kJ/linac] Inv. Cost = 1.09585 [a.u.], 10-years El. Cost = 0.254851 [a.u.]

6 Ls=100-500mm; 21 str. Ns = free Wt = 10V/pC Esurf<300MV/m; no t p dependence dT<60K Min(Cost) L 1 = 3.3e38; [Hz/m^2] /l Type Eff Lbx*10^34 N*10^9 L/N*Eff In.Cost Es_max dT_max Pin tp tr Nb Ns (da/a; d1/h, d2/h) Nc [%] [1/m^2] [a.u.] [a.u.] [MV/m] [K] [MW] [ns] [ns] 0.0900 07 26.5 0.62 2.34 7.05 0.97 299.8 51.4 42 288.3 25.9 454 5 (0.04;0.100,0.100) 21 0.0950 08 26.4 0.77 2.68 7.58 0.94 285.9 39.2 49 237.6 23.9 353 5 (0.11;0.100,0.100) 23 0.1000 09 26.2 0.91 2.99 7.96 0.93 272.6 33.9 57 211.0 23.1 297 5 (0.19;0.120,0.100) 25 0.1050 10 26.6 1.04 3.28 8.39 0.93 285.3 38.9 64 208.3 27.4 285 5 (0.34;0.120,0.100) 27 0.1100 10 26.7 1.19 3.63 8.78 0.93 297.5 39.2 71 185.5 24.1 254 5 (0.37;0.140,0.100) 27 0.1150 11 25.0 1.30 4.00 8.10 0.92 291.5 37.5 75 189.3 22.7 213 6 (0.42;0.200,0.100) 30 0.1200 11 25.4 1.40 4.34 8.19 0.93 299.2 38.7 81 183.9 21.7 208 6 (0.47;0.260,0.100) 30 0.1250 11 24.5 1.48 4.74 7.66 0.94 299.4 39.9 83 190.7 20.3 196 7 (0.51;0.320,0.100) 30 0.1300 11 22.6 1.63 5.48 6.72 0.94 293.8 41.7 92 152.3 20.0 138 7 (0.40;0.260,0.180) 30 0.1350 12 21.3 1.73 5.73 6.44 0.94 299.8 36.3 99 155.6 16.8 128 8 (0.52;0.400,0.120) 32 0.1400 11 20.5 1.89 6.34 6.10 0.96 299.5 41.6 101 153.9 17.0 119 9 (0.50;0.400,0.160) 30 0.1450 11 18.6 2.13 7.35 5.40 0.95 298.7 49.5 114 117.6 19.0 81 8 (0.37;0.260,0.300) 30 0.1500 10 17.1 2.33 8.06 4.96 0.97 299.9 51.9 118 107.5 17.2 71 9 (0.35;0.260,0.340) 27 Ea = 100 [MV/m], f = 12 [GHz], dphi = 120 [deg], /lambda = 0.1100, frep = 108.762 [Hz], Ltotal = 1.02536e+039 [Hz/m^2], sigma_z = 41.5091 [um] Pbeam = 24.0647 [MW/beam], Pin = 90.17 [MW/linac], Ep = 829.059 [kJ/linac] Inv. Cost = 0.926558 [a.u.], 10-years El. Cost = 0.304984 [a.u.]

7 Ls=100-500mm; 4 str. Ns = free Wt = 10V/pC Esurf<300MV/m; no t p dependence dT<60K Max(L/P) L1 = 3.3e38; [Hz/m^2] Ea = 100 [MV/m], f = 12 [GHz], dphi = 120 [deg], /lambda = 0.1100 frep = 41.5477 [Hz], Ltotal = 9.99145e+038 [Hz/m^2], sigma_z = 40.3199 [um] Pbeam = 24.184 [MW/beam], Pin = 73.2402 [MW/linac], Ep = 1762.8 [kJ/linac] Inv. Cost = 1.08459 [a.u.], 10-years El. Cost = 0.25405 [a.u.] /l Type Eff Lbx*10^34 N*10^9 L/N*Eff In.Cost Es_max dT_max Pin tp tr Nb Ns (da/a; d1/h, d2/h) Nc [%] [1/m^2] [a.u.] [a.u.] [MV/m] [K] [MW] [ns] [ns] 0.0900 Ef 28.6 0.62 2.34 7.60 1.04 279.2 54.7 37 384.1 30.4 698 5 (0.05;0.100,0.120) 17 0.0950 dT 30.7 0.76 2.64 8.76 1.04 253.3 48.9 41 401.2 39.6 700 5 (0.20;0.140,0.140) 19 0.1000 dT 31.7 0.88 2.92 9.54 1.05 253.1 51.5 45 390.6 35.3 700 5 (0.30;0.200,0.120) 19 0.1050 Ef 32.2 1.00 3.19 10.10 1.07 277.8 58.1 49 382.8 34.3 700 5 (0.42;0.240,0.100) 19 0.1100 dT 33.0 1.15 3.52 10.81 1.08 277.5 57.3 54 372.9 30.3 689 5 (0.45;0.320,0.100) 19 0.1150 dT 33.0 1.24 3.82 10.68 1.10 288.4 60.0 58 361.9 30.5 664 5 (0.52;0.400,0.100) 19 0.1200 dT 29.8 1.43 4.45 9.55 1.11 273.0 59.8 60 332.8 26.8 515 6 (0.41;0.400,0.160) 18 0.1250 Ef 26.1 1.46 4.61 8.24 1.00 298.5 56.8 75 268.1 31.0 297 7 (0.56;0.400,0.140) 27 0.1300 Ef 23.7 1.56 5.05 7.34 0.98 298.7 56.0 81 246.1 30.4 224 8 (0.57;0.400,0.160) 30 0.1350 Ef 20.9 1.72 5.67 6.35 0.98 296.1 60.0 88 227.0 33.2 165 9 (0.54;0.400,0.220) 32 0.1400 Pa 20.1 1.92 6.55 5.90 1.01 299.0 51.1 92 161.8 17.1 147 9 (0.43;0.360,0.200) 22 0.1450 Pa 18.8 2.14 7.38 5.43 1.04 296.4 57.7 97 139.5 17.0 126 9 (0.36;0.300,0.280) 19 0.1500 Pa 17.0 2.35 8.14 4.92 1.04 297.6 57.6 107 113.9 15.8 98 9 (0.32;0.260,0.340) 18

8 Ls=100-500mm; 4 str. Ns = free Wt = 10V/pC Esurf<300MV/m; no t p dependence dT<60K Min(Cost) L1 = 3.3e38; [Hz/m^2] Ea = 100 [MV/m], f = 12 [GHz], dphi = 120 [deg], /lambda = 0.1100 frep = 108.762 [Hz], Ltotal = 1.02536e+039 [Hz/m^2], sigma_z = 41.5091 [um] Pbeam = 24.0647 [MW/beam], Pin = 90.17 [MW/linac], Ep = 829.059 [kJ/linac] Inv. Cost = 0.926475 [a.u.], 10-years El. Cost = 0.304984 [a.u.] /l Type Eff Lbx*10^34 N*10^9 L/N*Eff In.Cost Es_max dT_max Pin tp tr Nb Ns (da/a; d1/h, d2/h) Nc [%] [1/m^2] [a.u.] [a.u.] [MV/m] [K] [MW] [ns] [ns] 0.0900 dT 27.4 0.60 2.29 7.18 0.99 257.8 40.7 40 355.9 41.3 572 5 (0.23;0.100,0.100) 21 0.0950 dT 27.2 0.75 2.63 7.76 0.95 265.6 35.6 49 273.8 31.4 410 5 (0.22;0.100,0.100) 24 0.1000 dT 26.0 0.91 2.99 7.90 0.93 271.3 30.4 57 205.1 23.1 289 5 (0.19;0.100,0.100) 25 0.1050 Ef 26.6 1.04 3.30 8.41 0.93 288.2 39.0 64 200.9 25.9 283 5 (0.32;0.100,0.100) 26 0.1100 Ef 26.7 1.19 3.63 8.78 0.93 297.5 39.2 71 185.5 24.1 254 5 (0.37;0.140,0.100) 27 0.1150 Ef 25.5 1.30 4.02 8.26 0.93 286.4 36.8 74 193.6 22.1 224 6 (0.41;0.220,0.100) 29 0.1200 Ef 25.4 1.40 4.34 8.19 0.93 299.2 38.7 81 183.9 21.7 208 6 (0.47;0.260,0.100) 30 0.1250 Ef 23.6 1.48 4.72 7.41 0.93 299.5 38.7 86 185.5 20.9 179 7 (0.52;0.320,0.100) 32 0.1300 Ef 21.7 1.56 5.02 6.74 0.94 299.0 39.0 91 191.3 21.1 159 8 (0.58;0.400,0.100) 34 0.1350 Ef 19.9 1.73 5.73 6.03 0.94 298.0 40.9 101 162.4 21.5 117 8 (0.52;0.380,0.160) 35 0.1400 dT 18.7 1.91 6.49 5.51 0.94 296.1 27.1 109 116.3 10.5 87 9 (0.45;0.400,0.100) 30 0.1450 Pa 17.6 2.09 7.15 5.14 0.97 298.2 35.0 110 116.5 12.1 83 10 (0.44;0.380,0.160) 27 0.1500 Pa 15.9 2.27 7.82 4.63 0.97 297.9 37.6 119 106.2 12.4 65 11 (0.43;0.360,0.200) 28

9 Ls=229mm; 1 str.; Nc=26 Ns = free Wt = 10V/pC Esurf<300MV/m; no t p dependence dT<60K Max(L/P) L1 = 3.3e38; [Hz/m^2] Ea = 100 [MV/m], f = 12 [GHz], dphi = 120 [deg], /lambda = 0.1100 frep = 62.4138 [Hz], Ltotal = 9.47252e+038 [Hz/m^2], sigma_z = 38.506 [um] Pbeam = 24.6144 [MW/beam], Pin = 80.4704 [MW/linac], Ep = 1289.31 [kJ/linac] Inv. Cost = 0.995803 [a.u.], 10-years El. Cost = 0.275802 [a.u.] /l Type Eff Lbx*10^34 N*10^9 L/N*Eff In.Cost Es_max dT_max Pin tp tr Nb Ns (da/a; d1/h, d2/h) Nc [%] [1/m^2] [a.u.] [a.u.] [MV/m] [K] [MW] [ns] [ns] 0.0900 Nc 24.9 0.60 2.29 6.52 0.96 275.0 40.4 46 315.2 41.3 428 5 (0.23;0.100,0.100) 26 0.0950 Nc 27.2 0.72 2.56 7.66 0.96 259.9 42.8 50 312.7 42.1 451 5 (0.33;0.100,0.100) 26 0.1000 Nc 28.7 0.83 2.82 8.48 0.97 270.8 47.4 53 320.0 41.7 475 5 (0.41;0.160,0.100) 26 0.1050 Nc 29.8 0.97 3.11 9.26 0.98 287.4 53.2 58 314.7 41.0 476 5 (0.48;0.200,0.100) 26 0.1100 Nc 30.6 1.08 3.35 9.84 1.00 299.4 58.5 62 318.7 41.1 490 5 (0.55;0.260,0.100) 26 0.1150 Nc 30.1 1.19 3.68 9.72 1.00 299.5 55.7 67 300.2 38.1 451 5 (0.59;0.360,0.100) 26 0.1200 Nc 28.9 1.34 4.10 9.41 1.01 298.5 58.9 69 304.0 34.9 402 6 (0.58;0.380,0.120) 26 0.1250 Nc 26.9 1.46 4.64 8.49 1.01 299.0 58.6 73 276.3 30.0 319 7 (0.55;0.380,0.140) 26 0.1300 Nc 24.9 1.62 5.46 7.42 0.97 299.2 57.6 83 192.3 25.9 199 7 (0.41;0.260,0.220) 26 0.1350 Nc 22.8 1.73 5.73 6.90 1.01 298.8 58.4 83 229.3 24.3 206 9 (0.52;0.400,0.180) 26 0.1400 Nc 21.5 1.91 6.49 6.34 0.99 299.6 59.2 92 180.1 22.5 150 9 (0.45;0.340,0.240) 26 0.1450 Nc 20.1 2.14 7.38 5.82 0.97 299.7 55.7 107 127.0 19.7 101 8 (0.36;0.260,0.320) 26 0.1500 Nc 17.8 2.33 8.06 5.14 0.98 299.5 55.2 114 114.7 18.1 79 9 (0.35;0.260,0.360) 26

10 Ls=229mm; 1 str.; Nc=26 Ns >=6 Wt = 10V/pC Esurf<300MV/m; no t p dependence dT<60K Max(L/P) L1 = 3.3e38; [Hz/m^2] Ea = 100 [MV/m], f = 12 [GHz], dphi = 120 [deg], /lambda = 0.1150 frep = 59.8029 [Hz], Ltotal = 9.94114e+038 [Hz/m^2], sigma_z = 40.3621 [um] Pbeam = 24.5252 [MW/beam], Pin = 83.498 [MW/linac], Ep = 1396.22 [kJ/linac] Inv. Cost = 1.01573 [a.u.], 10-years El. Cost = 0.284911 [a.u.] /l Type Eff Lbx*10^34 N*10^9 L/N*Eff In.Cost Es_max dT_max Pin tp tr Nb Ns (da/a; d1/h, d2/h) Nc [%] [1/m^2] [a.u.] [a.u.] [MV/m] [K] [MW] [ns] [ns] 0.0900 Nc 24.2 0.60 2.29 6.32 0.97 266.5 41.8 43 358.8 41.3 444 6 (0.23;0.100,0.100) 26 0.0950 Nc 26.1 0.72 2.56 7.36 0.98 246.4 42.7 47 363.4 42.1 471 6 (0.33;0.120,0.100) 26 0.1000 Nc 27.5 0.83 2.82 8.13 0.99 256.8 47.4 50 372.9 41.7 496 6 (0.41;0.180,0.100) 26 0.1050 Nc 28.5 0.97 3.11 8.86 1.00 273.1 53.5 54 367.9 41.0 498 6 (0.48;0.220,0.100) 26 0.1100 Nc 29.2 1.08 3.35 9.38 1.02 285.0 58.9 58 371.8 41.1 510 6 (0.55;0.280,0.100) 26 0.1150 Nc 29.4 1.19 3.70 9.49 1.02 296.7 59.8 63 337.4 36.9 462 6 (0.58;0.320,0.100) 26 0.1200 Nc 28.9 1.34 4.10 9.41 1.01 298.5 58.9 69 304.0 34.9 402 6 (0.58;0.380,0.120) 26 0.1250 Nc 26.9 1.46 4.64 8.49 1.01 299.0 58.6 73 276.3 30.0 319 7 (0.55;0.380,0.140) 26 0.1300 Nc 24.9 1.62 5.46 7.42 0.97 299.2 57.6 83 192.3 25.9 199 7 (0.41;0.260,0.220) 26 0.1350 Nc 22.8 1.73 5.73 6.90 1.01 298.8 58.4 83 229.3 24.3 206 9 (0.52;0.400,0.180) 26 0.1400 Nc 21.5 1.91 6.49 6.34 0.99 299.6 59.2 92 180.1 22.5 150 9 (0.45;0.340,0.240) 26 0.1450 Nc 20.1 2.14 7.38 5.82 0.97 299.7 55.7 107 127.0 19.7 101 8 (0.36;0.260,0.320) 26 0.1500 Nc 17.8 2.33 8.06 5.14 0.98 299.5 55.2 114 114.7 18.1 79 9 (0.35;0.260,0.360) 26

11 Ls=229mm; 1 str.; Nc=26 Ns >=8 Wt = 10V/pC Esurf<300MV/m; no t p dependence dT<60K Max(L/P) L1 = 3.3e38; [Hz/m^2] Ea = 100 [MV/m], f = 12 [GHz], dphi = 120 [deg], /lambda = 0.1150 frep = 62.3986 [Hz], Ltotal = 1.01297e+039 [Hz/m^2], sigma_z = 41.2196 [um] Pbeam = 24.4738 [MW/beam], Pin = 94.7155 [MW/linac], Ep = 1517.91 [kJ/linac] Inv. Cost = 1.04109 [a.u.], 10-years El. Cost = 0.31866 [a.u.] /l Type Eff Lbx*10^34 N*10^9 L/N*Eff In.Cost Es_max dT_max Pin tp tr Nb Ns (da/a; d1/h, d2/h) Nc [%] [1/m^2] [a.u.] [a.u.] [MV/m] [K] [MW] [ns] [ns] 0.0900 Nc 21.5 0.60 2.29 5.63 0.99 256.1 43.5 40 425.3 41.3 433 8 (0.23;0.100,0.100) 26 0.0950 Nc 23.3 0.72 2.56 6.56 1.01 238.0 47.5 42 452.7 42.1 477 8 (0.33;0.160,0.100) 26 0.1000 Nc 24.4 0.83 2.82 7.22 1.02 240.7 47.7 46 457.9 41.7 495 8 (0.41;0.200,0.100) 26 0.1050 Nc 25.2 0.97 3.11 7.85 1.03 256.6 54.1 49 452.0 41.0 496 8 (0.48;0.240,0.100) 26 0.1100 Nc 25.7 1.08 3.35 8.28 1.05 268.2 59.8 53 457.0 41.1 507 8 (0.55;0.300,0.100) 26 0.1150 Nc 25.8 1.22 3.78 8.36 1.04 272.4 58.9 58 399.0 37.4 432 8 (0.54;0.340,0.120) 26 0.1200 Nc 25.7 1.35 4.15 8.35 1.03 286.2 59.7 64 349.2 32.7 377 8 (0.56;0.360,0.120) 26 0.1250 Nc 25.4 1.45 4.56 8.07 1.03 299.5 59.8 70 303.7 28.8 325 8 (0.58;0.380,0.120) 26 0.1300 Nc 24.9 1.58 5.14 7.65 1.01 297.5 59.1 77 260.4 27.5 265 8 (0.54;0.400,0.160) 26 0.1350 Nc 22.8 1.73 5.73 6.90 1.01 298.8 58.4 83 229.3 24.3 206 9 (0.52;0.400,0.180) 26 0.1400 Nc 21.5 1.91 6.49 6.34 0.99 299.6 59.2 92 180.1 22.5 150 9 (0.45;0.340,0.240) 26 0.1450 Nc 20.1 2.14 7.38 5.82 0.97 299.7 55.7 107 127.0 19.7 101 8 (0.36;0.260,0.320) 26 0.1500 Nc 17.8 2.33 8.06 5.14 0.98 299.5 55.2 114 114.7 18.1 79 9 (0.35;0.260,0.360) 26

12 Ls=180mm; 1 str.; Nc=20 Ns >=6 Wt = 10V/pC Esurf<300MV/m; no t p dependence dT<60K Max(L/P) L1 = 3.3e38; [Hz/m^2] Ea = 100 [MV/m], f = 12 [GHz], dphi = 120 [deg], /lambda = 0.1100 frep = 43.212 [Hz], Ltotal = 1.00309e+039 [Hz/m^2], sigma_z = 40.4813 [um] Pbeam = 24.159 [MW/beam], Pin = 78.963 [MW/linac], Ep = 1827.34 [kJ/linac] Inv. Cost = 1.09639 [a.u.], 10-years El. Cost = 0.271267 [a.u.] /l Type Eff Lbx*10^34 N*10^9 L/N*Eff In.Cost Es_max dT_max Pin tp tr Nb Ns (da/a; d1/h, d2/h) Nc [%] [1/m^2] [a.u.] [a.u.] [MV/m] [K] [MW] [ns] [ns] 0.0900 Nc 27.0 0.61 2.31 7.12 1.04 260.4 54.3 36 471.1 40.9 700 6 (0.17;0.120,0.120) 20 0.0950 Nc 28.6 0.75 2.63 8.15 1.06 248.7 55.4 39 469.4 41.8 700 6 (0.22;0.160,0.140) 20 0.1000 Nc 29.6 0.88 2.93 8.92 1.07 236.5 60.0 43 463.2 39.6 699 6 (0.29;0.220,0.140) 20 0.1050 Nc 30.5 1.04 3.28 9.65 1.09 248.8 59.7 46 457.0 41.8 687 6 (0.34;0.260,0.160) 20 0.1100 Nc 30.6 1.16 3.53 10.03 1.10 265.9 59.4 51 425.0 33.8 659 6 (0.44;0.320,0.120) 20 0.1150 Nc 30.5 1.29 3.97 9.90 1.08 271.2 59.4 56 371.3 31.5 563 6 (0.44;0.360,0.140) 20 0.1200 Nc 30.1 1.40 4.34 9.68 1.08 281.7 59.2 62 327.7 28.2 493 6 (0.47;0.400,0.140) 20 0.1250 Nc 27.2 1.52 4.94 8.37 1.07 277.1 59.3 66 289.4 25.7 369 7 (0.42;0.400,0.180) 20 0.1300 Nc 25.5 1.65 5.61 7.51 1.03 282.2 58.8 76 206.1 22.5 247 7 (0.33;0.280,0.240) 20 0.1350 Nc 22.7 1.81 6.24 6.58 1.03 279.5 59.2 81 183.9 21.0 189 8 (0.31;0.280,0.280) 20 0.1400 Nc 20.9 1.92 6.55 6.11 1.05 297.6 59.7 86 188.2 19.0 181 9 (0.43;0.360,0.220) 20 0.1450 Nc 19.5 2.14 7.40 5.64 1.03 289.8 58.3 96 145.9 17.9 129 9 (0.35;0.320,0.300) 20 0.1500 Nc 17.9 2.34 8.09 5.19 1.02 298.5 58.3 107 119.2 16.7 99 9 (0.34;0.280,0.340) 20

13 Ls=180mm; 1 str.; Nc=20 Ns >=8 Wt = 10V/pC Esurf<300MV/m; no t p dependence dT<60K Max(L/P) L1 = 3.3e38; [Hz/m^2] Ea = 100 [MV/m], f = 12 [GHz], dphi = 120 [deg], /lambda = 0.1100 frep = 51.6012 [Hz], Ltotal = 1.03775e+039 [Hz/m^2], sigma_z = 42.2482 [um] Pbeam = 24.0889 [MW/beam], Pin = 92.4411 [MW/linac], Ep = 1791.45 [kJ/linac] Inv. Cost = 1.09572 [a.u.], 10-years El. Cost = 0.311817 [a.u.] /l Type Eff Lbx*10^34 N*10^9 L/N*Eff In.Cost Es_max dT_max Pin tp tr Nb Ns (da/a; d1/h, d2/h) Nc [%] [1/m^2] [a.u.] [a.u.] [MV/m] [K] [MW] [ns] [ns] 0.0900 Nc 23.0 0.60 2.29 6.02 1.09 245.6 59.3 34 588.1 41.3 700 8 (0.23;0.140,0.100) 20 0.0950 Nc 24.3 0.75 2.63 6.94 1.09 239.7 57.8 37 559.9 41.8 661 8 (0.22;0.160,0.140) 20 0.1000 Nc 25.3 0.89 2.95 7.64 1.10 228.5 58.7 39 549.5 42.1 649 8 (0.26;0.200,0.160) 20 0.1050 Nc 26.0 1.05 3.33 8.24 1.11 233.5 59.5 43 510.1 40.3 598 8 (0.28;0.240,0.180) 20 0.1100 Nc 26.1 1.22 3.70 8.57 1.10 241.6 58.9 48 449.5 34.8 526 8 (0.31;0.280,0.180) 20 0.1150 Nc 26.1 1.33 4.14 8.40 1.09 246.9 59.9 52 397.0 32.6 456 8 (0.32;0.320,0.200) 20 0.1200 Nc 25.7 1.43 4.49 8.19 1.09 260.0 59.9 58 361.8 28.7 418 8 (0.39;0.380,0.180) 20 0.1250 Nc 25.1 1.54 5.01 7.70 1.07 267.7 59.6 64 298.0 25.6 336 8 (0.38;0.380,0.200) 20 0.1300 Nc 24.6 1.64 5.52 7.30 1.06 270.6 58.9 71 258.8 23.6 285 8 (0.38;0.400,0.220) 20 0.1350 Nc 22.7 1.81 6.24 6.58 1.03 279.5 59.2 81 183.9 21.0 189 8 (0.31;0.280,0.280) 20 0.1400 Nc 20.9 1.92 6.55 6.11 1.05 297.6 59.7 86 188.2 19.0 181 9 (0.43;0.360,0.220) 20 0.1450 Nc 19.5 2.14 7.40 5.64 1.03 289.8 58.3 96 145.9 17.9 129 9 (0.35;0.320,0.300) 20 0.1500 Nc 17.9 2.34 8.09 5.19 1.02 298.5 58.3 107 119.2 16.7 99 9 (0.34;0.280,0.340) 20

14 Ls=229mm; 1 str.; Nc=26 Ns >=6 Wt = 5V/pC Esurf<300MV/m; no t p dependence dT<60K Max(L/P) L1 = 3.3e38; [Hz/m^2] Ea = 100 [MV/m], f = 12 [GHz], dphi = 120 [deg], /lambda = 0.1100 frep = 59.9662 [Hz], Ltotal = 9.47252e+038 [Hz/m^2], sigma_z = 38.506 [um] Pbeam = 24.6144 [MW/beam], Pin = 84.3974 [MW/linac], Ep = 1407.42 [kJ/linac] Inv. Cost = 1.01666 [a.u.], 10-years El. Cost = 0.287617 [a.u.] /l Type Eff Lbx*10^34 N*10^9 L/N*Eff In.Cost Es_max dT_max Pin tp tr Nb Ns (da/a; d1/h, d2/h) Nc [%] [1/m^2] [a.u.] [a.u.] [MV/m] [K] [MW] [ns] [ns] 0.0900 Nc 24.2 0.60 2.29 6.32 0.97 266.5 41.8 43 358.8 41.3 444 6 (0.23;0.100,0.100) 26 0.0950 Nc 26.1 0.72 2.56 7.36 0.98 246.4 42.7 47 363.4 42.1 471 6 (0.33;0.120,0.100) 26 0.1000 Nc 27.5 0.83 2.82 8.13 0.99 256.8 47.4 50 372.9 41.7 496 6 (0.41;0.180,0.100) 26 0.1050 Nc 28.5 0.97 3.11 8.86 1.00 273.1 53.5 54 367.9 41.0 498 6 (0.48;0.220,0.100) 26 0.1100 Nc 29.2 1.08 3.35 9.38 1.02 285.0 58.9 58 371.8 41.1 510 6 (0.55;0.280,0.100) 26 0.1150 Nc 27.8 1.27 3.92 9.01 0.97 299.7 48.4 68 241.2 26.2 319 6 (0.47;0.220,0.100) 26 0.1200 Nc 26.8 1.40 4.34 8.64 0.99 290.2 58.8 68 280.7 32.3 320 7 (0.47;0.280,0.160) 26 0.1250 Nc 24.7 1.52 4.94 7.60 0.99 285.0 58.6 72 249.3 29.1 245 8 (0.42;0.280,0.200) 26 0.1300 Nc 22.4 1.64 5.54 6.62 0.97 299.4 59.3 83 183.2 25.4 167 8 (0.37;0.180,0.240) 26 0.1350 Nc 20.3 1.80 6.16 5.93 0.98 295.9 59.8 88 166.4 23.7 132 9 (0.35;0.180,0.280) 26 0.1400 Nc 18.5 1.96 6.81 5.33 0.97 299.7 59.9 98 137.5 22.0 100 9 (0.32;0.140,0.340) 26 0.1450 Nc 17.9 2.14 7.40 5.17 0.98 294.2 59.9 101 141.2 21.2 94 10 (0.35;0.240,0.360) 26 0.1500 Nc 16.3 2.34 8.09 4.71 0.98 299.2 54.5 114 111.6 17.6 70 10 (0.34;0.220,0.360) 26

15 Ls=229mm; 1 str.; Nc=26 Ns >=6 Wt = 10V/pC Esurf<220MV/m; no t p dependence dT<60K Max(L/P) L1 = 3.3e38; [Hz/m^2] Ea = 100 [MV/m], f = 12 [GHz], dphi = 120 [deg], /lambda = 0.1450 frep = 300.138 [Hz], Ltotal = 1.06552e+039 [Hz/m^2], sigma_z = 63.4846 [um] Pbeam = 28.0254 [MW/beam], Pin = 208.447 [MW/linac], Ep = 694.504 [kJ/linac] Inv. Cost = 0.985888 [a.u.], 10-years El. Cost = 0.660831 [a.u.] /l Type Eff Lbx*10^34 N*10^9 L/N*Eff In.Cost Es_max dT_max Pin tp tr Nb Ns (da/a; d1/h, d2/h) Nc [%] [1/m^2] [a.u.] [a.u.] [MV/m] [K] [MW] [ns] [ns] 0.0900 Nc 0.0 0.00 0.00 NaN 0.00 0.0 0.0 0 0.0 0.0 0 0 (0.00;0.000,0.000) 0 0.0950 Nc 0.0 0.00 0.00 NaN 0.00 0.0 0.0 0 0.0 0.0 0 0 (0.00;0.000,0.000) 0 0.1000 Nc 0.0 0.00 0.00 NaN 0.00 0.0 0.0 0 0.0 0.0 0 0 (0.00;0.000,0.000) 0 0.1050 Nc 0.0 0.00 0.00 NaN 0.00 0.0 0.0 0 0.0 0.0 0 0 (0.00;0.000,0.000) 0 0.1100 Nc 0.0 0.00 0.00 NaN 0.00 0.0 0.0 0 0.0 0.0 0 0 (0.00;0.000,0.000) 0 0.1150 Nc 0.0 0.00 0.00 NaN 0.00 0.0 0.0 0 0.0 0.0 0 0 (0.00;0.000,0.000) 0 0.1200 Nc 0.0 0.00 0.00 NaN 0.00 0.0 0.0 0 0.0 0.0 0 0 (0.00;0.000,0.000) 0 0.1250 Nc 0.0 0.00 0.00 NaN 0.00 0.0 0.0 0 0.0 0.0 0 0 (0.00;0.000,0.000) 0 0.1300 Nc 0.0 0.00 0.00 NaN 0.00 0.0 0.0 0 0.0 0.0 0 0 (0.00;0.000,0.000) 0 0.1350 Nc 0.0 0.00 0.00 NaN 0.00 0.0 0.0 0 0.0 0.0 0 0 (0.00;0.000,0.000) 0 0.1400 Nc 0.0 0.00 0.00 NaN 0.00 0.0 0.0 0 0.0 0.0 0 0 (0.00;0.000,0.000) 0 0.1450 Nc 13.4 2.20 7.78 3.80 0.99 219.8 30.6 102 104.1 11.0 50 13 (0.13;0.340,0.320) 26 0.1500 Nc 11.4 2.39 8.45 3.23 1.03 219.9 29.6 111 90.2 9.1 37 15 (0.15;0.380,0.300) 26

16 Ls=229mm; 1 str.; Nc=26 Ns >=6 Wt = 10V/pC Esurf<260MV/m; no t p dependence dT<60K Max(L/P) L1 = 3.3e38; [Hz/m^2] Ea = 100 [MV/m], f = 12 [GHz], dphi = 120 [deg], /lambda = 0.1100 frep = 69.0089 [Hz], Ltotal = 9.86056e+038 [Hz/m^2], sigma_z = 39.814 [um] Pbeam = 24.2775 [MW/beam], Pin = 87.3237 [MW/linac], Ep = 1265.4 [kJ/linac] Inv. Cost = 0.994858 [a.u.], 10-years El. Cost = 0.296421 [a.u.] /l Type Eff Lbx*10^34 N*10^9 L/N*Eff In.Cost Es_max dT_max Pin tp tr Nb Ns (da/a; d1/h, d2/h) Nc [%] [1/m^2] [a.u.] [a.u.] [MV/m] [K] [MW] [ns] [ns] 0.0900 Nc 0.0 0.00 0.00 NaN 0.00 0.0 0.0 0 0.0 0.0 0 0 (0.00;0.000,0.000) 0 0.0950 Nc 26.1 0.72 2.56 7.36 0.98 246.4 42.7 47 363.4 42.1 471 6 (0.33;0.120,0.100) 26 0.1000 Nc 27.5 0.83 2.82 8.13 0.99 256.8 47.4 50 372.9 41.7 496 6 (0.41;0.180,0.100) 26 0.1050 Nc 28.2 0.98 3.13 8.78 1.00 259.4 47.6 54 360.4 38.6 479 6 (0.46;0.260,0.100) 26 0.1100 Nc 27.8 1.13 3.47 9.07 0.99 259.1 56.3 60 323.8 33.1 422 6 (0.48;0.340,0.100) 26 0.1150 Nc 27.0 1.30 4.03 8.76 0.97 259.4 51.5 67 242.2 24.4 299 6 (0.40;0.340,0.120) 26 0.1200 Nc 26.0 1.44 4.54 8.29 0.96 259.5 49.2 75 198.7 20.4 233 6 (0.36;0.360,0.140) 26 0.1250 Nc 24.6 1.55 5.10 7.50 0.96 259.8 42.1 77 197.0 22.0 200 7 (0.33;0.340,0.200) 26 0.1300 Nc 23.1 1.65 5.60 6.80 0.97 259.9 43.0 81 191.5 20.8 174 8 (0.34;0.360,0.220) 26 0.1350 Nc 21.1 1.81 6.22 6.13 0.98 259.3 47.9 85 181.8 21.6 143 9 (0.32;0.360,0.280) 26 0.1400 Nc 18.8 1.96 6.85 5.39 0.97 259.9 43.1 94 147.1 17.0 103 10 (0.30;0.340,0.280) 26 0.1450 Nc 16.6 2.17 7.58 4.76 0.98 259.0 42.2 102 124.9 15.2 76 11 (0.27;0.320,0.320) 26 0.1500 Nc 15.4 2.37 8.23 4.44 0.98 259.6 36.9 114 103.2 12.4 60 11 (0.28;0.360,0.300) 26

17 Ls=229mm; 1 str.; Nc=26 Ns >=6 Wt = 10V/pC Esurf<260MV/m; no t p dependence dT<36K Max(L/P) L1 = 3.3e38; [Hz/m^2] Ea = 100 [MV/m], f = 12 [GHz], dphi = 120 [deg], /lambda = 0.1100 frep = 101.225 [Hz], Ltotal = 1.04062e+039 [Hz/m^2], sigma_z = 42.4654 [um] Pbeam = 24.1174 [MW/beam], Pin = 91.7197 [MW/linac], Ep = 906.093 [kJ/linac] Inv. Cost = 0.940798 [a.u.], 10-years El. Cost = 0.309646 [a.u.] /l Type Eff Lbx*10^34 N*10^9 L/N*Eff In.Cost Es_max dT_max Pin tp tr Nb Ns (da/a; d1/h, d2/h) Nc [%] [1/m^2] [a.u.] [a.u.] [MV/m] [K] [MW] [ns] [ns] 0.0900 Nc 0.0 0.00 0.00 NaN 0.00 0.0 0.0 0 0.0 0.0 0 0 (0.00;0.000,0.000) 0 0.0950 Nc 25.2 0.74 2.62 7.16 0.96 257.2 36.0 48 306.2 34.0 386 6 (0.25;0.100,0.100) 26 0.1000 Nc 25.9 0.89 2.94 7.82 0.95 249.7 35.9 53 278.3 29.1 354 6 (0.28;0.140,0.100) 26 0.1050 Nc 26.4 1.04 3.30 8.36 0.95 257.8 36.0 58 252.4 25.9 320 6 (0.32;0.180,0.100) 26 0.1100 Nc 26.3 1.22 3.72 8.64 0.94 258.5 35.4 64 216.4 22.1 267 6 (0.29;0.200,0.120) 26 0.1150 Nc 25.4 1.34 4.18 8.16 0.94 259.4 36.0 70 186.9 20.4 216 6 (0.29;0.240,0.140) 26 0.1200 Nc 24.6 1.46 4.63 7.77 0.95 257.8 36.0 73 189.7 18.9 200 7 (0.29;0.260,0.160) 26 0.1250 Nc 23.4 1.57 5.16 7.09 0.94 259.1 35.9 81 156.1 15.6 156 7 (0.29;0.300,0.160) 26 0.1300 Nc 22.3 1.67 5.68 6.53 0.96 255.9 35.4 84 160.6 16.2 144 8 (0.29;0.320,0.200) 26 0.1350 Nc 20.6 1.81 6.22 6.00 0.96 259.3 35.4 89 151.8 14.7 123 9 (0.32;0.360,0.200) 26 0.1400 Nc 18.3 1.97 6.89 5.24 0.97 252.3 34.6 96 131.8 13.5 92 10 (0.28;0.360,0.240) 26 0.1450 Nc 16.1 2.18 7.60 4.62 0.97 255.1 35.9 105 112.2 12.8 68 11 (0.26;0.320,0.280) 26 0.1500 Nc 15.3 2.37 8.23 4.41 0.98 258.9 34.5 115 99.2 11.5 58 11 (0.28;0.360,0.280) 26

18 Ls=100-500mm; 4 str. Ns = free Wt = 10V/pC Esurf<260MV/m; no t p dependence dT<36K Max(L/P) L1 = 3.3e38; [Hz/m^2] /l Type Eff Lbx*10^34 N*10^9 L/N*Eff In.Cost Es_max dT_max Pin tp tr Nb Ns (da/a; d1/h, d2/h) Nc [%] [1/m^2] [a.u.] [a.u.] [MV/m] [K] [MW] [ns] [ns] 0.0900 dT 25.2 0.61 2.30 6.62 0.99 255.2 36.0 37 296.8 37.3 466 5 (0.19;0.100,0.100) 18 0.0950 dT 27.1 0.76 2.66 7.78 0.99 259.0 36.0 43 274.8 27.0 467 5 (0.16;0.100,0.100) 18 0.1000 dT 28.5 0.91 2.99 8.65 0.98 258.3 36.0 51 252.0 23.1 426 5 (0.19;0.120,0.100) 20 0.1050 dT 26.5 1.06 3.36 8.39 0.97 257.5 36.0 55 246.3 21.6 345 6 (0.25;0.160,0.100) 22 0.1100 dT 26.5 1.23 3.77 8.65 0.97 259.0 35.7 60 218.3 18.9 307 6 (0.23;0.180,0.120) 21 0.1150 dT 24.7 1.35 4.21 7.93 0.96 256.9 36.0 65 210.0 18.9 244 7 (0.26;0.220,0.140) 23 0.1200 dT 24.4 1.48 4.71 7.67 0.96 251.2 35.9 70 184.7 17.6 206 7 (0.22;0.240,0.180) 23 0.1250 dT 22.5 1.57 5.18 6.83 0.96 255.4 35.2 77 173.4 16.6 164 8 (0.27;0.280,0.180) 25 0.1300 dT 22.1 1.67 5.70 6.48 0.96 256.2 35.7 83 158.4 15.8 145 8 (0.28;0.320,0.200) 25 0.1350 dT 20.3 1.81 6.24 5.88 0.97 259.9 35.3 89 148.4 14.3 122 9 (0.31;0.360,0.200) 25 0.1400 dT 18.1 1.98 6.94 5.15 0.98 246.2 35.5 94 133.6 13.6 96 10 (0.25;0.380,0.260) 24 0.1450 dT 15.2 2.15 7.45 4.38 0.96 259.3 28.8 109 112.1 10.9 61 12 (0.33;0.400,0.200) 29 0.1500 dT 13.7 2.37 8.25 3.93 0.98 253.1 26.0 118 87.9 8.8 47 12 (0.27;0.400,0.220) 26 Ea = 100 [MV/m], f = 12 [GHz], dphi = 120 [deg], /lambda = 0.1000 frep = 85.2607 [Hz], Ltotal = 8.55367e+038 [Hz/m^2], sigma_z = 37.8806 [um] Pbeam = 26.0803 [MW/beam], Pin = 91.5675 [MW/linac], Ep = 1073.97 [kJ/linac] Inv. Cost = 0.977198 [a.u.], 10-years El. Cost = 0.309189 [a.u.]

19 Ls=100-500mm; 4 str. Ns = free Wt = 10V/pC Esurf<260MV/m; no t p dependence dT<36K Min(Cost) L1 = 3.3e38; [Hz/m^2] Ea = 100 [MV/m], f = 12 [GHz], dphi = 120 [deg], /lambda = 0.1100 frep = 116.496 [Hz], Ltotal = 1.04062e+039 [Hz/m^2], sigma_z = 42.4654 [um] Pbeam = 24.1174 [MW/beam], Pin = 95.6292 [MW/linac], Ep = 820.876 [kJ/linac] Inv. Cost = 0.9275 [a.u.], 10-years El. Cost = 0.321409 [a.u.] /l Type Eff Lbx*10^34 N*10^9 L/N*Eff In.Cost Es_max dT_max Pin tp tr Nb Ns (da/a; d1/h, d2/h) Nc [%] [1/m^2] [a.u.] [a.u.] [MV/m] [K] [MW] [ns] [ns] 0.0900 dT 24.7 0.60 2.29 6.47 0.97 257.8 35.7 40 296.8 41.3 430 5 (0.23;0.100,0.100) 21 0.0950 dT 26.4 0.74 2.61 7.50 0.95 259.6 36.0 48 276.4 34.9 398 5 (0.26;0.120,0.100) 24 0.1000 Es 27.1 0.89 2.96 8.18 0.94 260.0 34.6 56 233.1 26.9 338 5 (0.25;0.120,0.100) 25 0.1050 dT 25.4 1.05 3.32 8.03 0.93 258.0 33.2 60 226.2 23.9 274 6 (0.29;0.160,0.100) 27 0.1100 Ef 25.2 1.22 3.72 8.28 0.93 260.0 34.6 67 195.0 19.4 232 6 (0.29;0.200,0.100) 27 0.1150 Ef 23.9 1.35 4.19 7.69 0.92 259.5 36.0 75 159.7 15.6 175 6 (0.28;0.240,0.100) 28 0.1200 dT 24.0 1.46 4.62 7.61 0.94 259.9 35.3 74 185.8 19.4 189 7 (0.30;0.260,0.160) 27 0.1250 Ef 21.9 1.56 5.13 6.67 0.93 259.0 35.4 85 159.3 18.5 138 7 (0.31;0.300,0.180) 30 0.1300 dT 21.4 1.66 5.66 6.29 0.95 257.0 34.5 87 154.8 16.7 129 8 (0.30;0.320,0.200) 28 0.1350 dT 19.7 1.80 6.20 5.74 0.95 259.3 33.7 94 144.8 15.2 106 9 (0.33;0.360,0.200) 29 0.1400 dT 17.7 1.97 6.89 5.06 0.96 253.0 31.1 100 122.0 12.3 82 10 (0.28;0.360,0.220) 27 0.1450 dT 15.2 2.15 7.45 4.38 0.96 259.3 28.8 109 112.1 10.9 61 12 (0.33;0.400,0.200) 29 0.1500 dT 13.7 2.36 8.19 3.94 0.98 259.7 24.9 121 87.5 8.7 45 12 (0.30;0.400,0.200) 28


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