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[]
[null,null,"SPEAR3 Parameter List"]
[{"$nulls":4},"2003-12-12"]
["A.","Storage ring"]
["A.1","General"]
[null,"Nominal energy, E0",3,"GeV"]
[null,"Relativistic gamma at 3 GeV, g",5872]
[null,"Magnetic rigidity at 3 GeV, Br",10.0086272,"T-m"]
[null,"Maximum energy",3.3,"GeV"]
[null,"Circumference, C",234.14401224,"m"]
[null,"Mean radius, R",37.26517694336279,"m"]
[null,"Revolution period, T0",0.7810203558890063,"ms","c=2.99792458×108 m/s"]
[null,"Revolution frequency, f0",1.2803763595402546,"MHz"]
[null,"Critical photon energy (bending magnet), ec",7.48309679145,"keV","at 3 GeV"]
[null,"Critical photon wavelength (bending magnet), lc",1.6564799768677192,"angstrom","at 3 GeV"]
[]
[null,"Number of cells",18]
[null,"   No. of standard cells",14]
[null,"   No. of matching cells",4]
[null,"Length of insertion straight for standard cell","< 3.1","m","total 12"]
[null,"Length of insertion straight for matching cell","< 7.6","m","total 2"]
[null,"Length of insertion straight for matching cell","< 4.8"," m","total 4"]
[null,"Source position at bending magnet",0.16,"rad","from the BM entrance"]
[null,"Bending magnet field at 3 GeV, B0",1.25030857,"T","at the source pt."]
[null,"Instantaneous bending radius of curvature, r",8.0049257,"m","at the source pt."]
[null,"Beamline height above floor",1.2,"m"]
[null,"Injection energy from booster",3,"GeV"]
[null,"Filling time (multi-bunch)","< 1","hr","for 500 mA"]
[null,"Filling time (single bunch)","< 10","min"]
[]
[null,"Maximum circulating current (multi-bunch)",500,"mA"]
[null,"Number of stored electrons at 500 mA",2440688612153.1445,"e-"]
[null,"Number of electrons per bunch at 500 mA",8716745043.404087,"e-","for 280 bunches"]
[null,"Single bunch threshold current, Ith"]
[null,"   Transverse","~28","mA","TMCI"]
[null,"   Longitudinal","~4.5","mA","Microwave"]
[null,"Natural emittance @ 3 GeV, en",18.01,"nm-rad"]
[null,"Horizontal emittance @ 3 GeV, ex",17.831683168316832,"nm-rad","1% coupling"]
[null,"Vertical emittance @ 3 GeV, ey",0.17831683168316834,"nm-rad","1% coupling"]
[null,"Natural energy spread @ 3 GeV, d = se/E0",0.096,"%"]
[null,"Natural bunch length, rms in mm, sl",4.99239,"mm"]
[null,"Natural bunch length, rms in seconds, st",16.65240160106738,"psec"]
[]
[null,"Beam lifetime @ 500 mA","~18","hours","at 1.8 nT N2 equiv."]
[null,"   Coulomb scattering",89,"hours"]
[null,"   Bremsstrahlung",41,"hours"]
[null,"   Touschek",74,"hours"]
[]
[null,"Nominal tune, nx/ny","14.19/5.23"]
[null,"Phase advance/2p per standard cell (H/V)","0.785/0.259286"]
[null,"Phase advance/2p per matching cell (H/V)","0.8/0.4"]
[null,"Phase advance per standard cell (H/V)","141.3/46.67","degree"]
[null,"Phase advance per matching cell (H/V)","144/ 72","degree"]
[]
[null,"For all cells"]
[null,"   Maximum horizontal beta, bx, max",14.59,"m"]
[null,"   Maximum vertical beta, by, max",18.22,"m"]
[null,"   Maximum dispersion function, hx, max",0.4467,"m"]
[null,"   Average horizontal beta , <bx>",5.1,"m"]
[null,"   Average vertical beta, <by>",8.51,"m"]
[null,"   Average horizontal dispersion, < hx >",0.139,"m"]
[null,"For standard cells"]
[null,"   Maximum horizontal beta, bx, max",10.467,"m"]
[null,"   Maximum vertical beta, by, max",14.256,"m"]
[null,"   Maximum dispersion function, hx, max",0.4467,"m"]
[null,"   Average horizontal beta , <bx>",4.96,"m"]
[null,"   Average vertical beta, <by>",8.45,"m"]
[null,"   Average horizontal dispersion, < hx >",0.14622,"m"]
[null,"For matching cells"]
[null,"   Maximum horizontal beta, bx, max",14.59,"m"]
[null,"   Maximum vertical beta, by, max",18.22,"m"]
[null,"   Maximum dispersion function, hx, max",0.37861,"m"]
[null,"   Average horizontal beta , <bx>",5.96,"m"]
[null,"   Average vertical beta, <by>",8.48,"m"]
[null,"   Average horizontal dispersion, < hx >",0.10596,"m"]
[]
[null,"At the insertion symmetry of the standard cell"]
[null,"   Horizontal beta function, bx",10.24,"m"]
[null,"   Horizontal beam size (rms), sx",0.4273130417428941,"mm","1% coupling"]
[null,"   Vertical beta function, by",4.76,"m"]
[null,"   Vertical beam size (rms), sy",0.02913396847001591,"mm","1% coupling"]
[]
[null,"At the center of the matching cell straight"]
[null,"   Horizontal beta function, bx",5,"m"]
[null,"   Horizontal beam size (rms), sx",0.2985940653154114,"mm","1% coupling"]
[null,"   Vertical beta function, by",9.9,"m"]
[null,"   Vertical beam size (rms), sy",0.04201590929235456,"mm","1% coupling"]
[]
[null,"At the source point of the bending magnet",null,null,"upstream BM"]
[null,"   Horizontal beta function, bx",0.8168,"m","at 0.16 rad bend pt."]
[null,"   Vertical beta function, by",13.5244,"m"]
[null,"   ax",-0.4326,null,"a = -b'/2"]
[null,"   ay",2.7383]
[null,"   hx",0.1087,"m"]
[null,"   hx'",0.174]
[null,"   Horizontal beam size, rms, sx",0.15954390842611696,"mm"]
[null,"   Vertical beam size, rms, sy",0.049108330845344786,"mm"]
[]
[null,"At the source point of the bending magnet (provision)",null,null,"downstream BD"]
[null,"   Horizontal beta function, bx",1.9368,"m","at 0.16 rad bend pt."]
[null,"   Vertical beta function, by",14.2562,"m"]
[null,"   ax",-1.5704,null,"a = -b'/2"]
[null,"   ay",2.1605]
[null,"   hx",0.0025,"m"]
[null,"   hx'",-0.025,"m"]
[null,"   Horizontal beam size, rms, sx",0.2586423538218268,"mm"]
[null,"   Vertical beam size, rms, sy",0.0504194448188552,"mm"]
[]
[null,"Horizontal natural chromaticity, xx",-22.1034792]
[null,"Vertical natural chromaticity, xy",-14.262471500000002]
[]
[null,"Horizontal damping partition number, Jx",1.23006]
[null,"Vertical damping partition number, Jy",1]
[null,"Longitudinal damping partition number, Js",1.76934]
[]
[null,"Momentum compaction factor, ap",0.001187195]
[null,"Horizontal damping time at 3 GeV, tx",4.335,"msec"]
[null,"Vertical damping time, ty",5.335,"msec"]
[null,"Longitudinal damping time, ts",3.015,"msec"]
[null,"Transition gamma, gt",29.023]
[null,"Radiation loss per turn (bending magnets), U0",895.5111226079214,"keV"]
[]
[null,"Harmonic number, h",372]
[null,"Radio frequency, frf",476.30000574897474,"MHz"]
[null,"Synchrotron tune at 3 GeV, ns",0.00831737,null,"nominal"]
[null,"Synchrotron frequency at 3 GeV, fs",10.8715,"kHz","nominal"]
[]
[null,"Synchrotron radiation integrals"]
[null,"     I1",0.277975,"m"]
[null,"     I2",0.769868,"m-1"]
[null,"     I3",0.0943328,"m-2"]
[null,"     I4",-0.177578,"m-1"]
[null,"     I5",0.00128612,"m-1"]
[]
[null,"Lattice data"]
[null,"Matching cell (MC)"]
[null,"Element","Leff [m]","q, k1(=B'/Br), k2"]
[null,"From the center of the straight"]
[null,"     Drift",3.80330525]
[null,"     QDX",0.3533895,-1.386467245226]
[null,"     Drift",0.3830397]
[null,"     QFX",0.6105311,1.573196278394]
[null,"     Drift",0.2630397]
[null,"     QDY",0.3533895,-0.460640930646]
[null,"     Drift",0.21584572]
[null,"     B34 (rectangular with gradient)",1.14329,0.138599676,"k1=-0.31537858"]
[null,"     Drift",0.22254047]
[null,"     SDI",0.21,-17]
[null,"     Drift",1.18136828]
[null,"     SFI",0.21,15]
[null,"     Drift",0.17380985]
[null,"     QFY",0.5123803,1.481493709831]
[null,"     Drift",0.17380985]
[null,"     SFI",0.21,15]
[null,"     Drift",1.18137]
[null,"     SDI",0.21,-17]
[null,"     Drift",0.22254047]
[null,"     B34 (rectangular magnet with gradient)",1.14329,0.138599676,"k1=-0.31537858"]
[null,"     Drift",0.46584572]
[null,"     QDZ",0.3533895,-0.878223937747]
[null,"     Drift",0.3966105]
[null,"     QFZ",0.3533895,1.427902006984]
[null,"     Drift",2.399926]
[null,"Center of the straight",0]
[null,"Length of the matching cell",16.746100910000003,"m"]
[]
[null,"Standard cell"]
[null,"From the insertion center"]
[null,"     Drift",1.5299752500000001]
[null,"     QF",0.3533895,1.768672904054]
[null,"     Drift",0.3815757]
[null,"     QD",0.1634591,-1.542474230359]
[null,"     Drift",0.21690312]
[null,"     BEND (rectangular with gradient)",1.5048,0.18479957,"k1=-0.31537858"]
[null,"     Drift",0.20363267000000002]
[null,"     SD",0.25,-38.8]
[null,"     Drift",0.60197]
[null,"     SF",0.21,32.05]
[null,"     Drift",0.17381185]
[null,"     QFC",0.25619015]
[null,"Drift to mirror symmetry point",5.84570734]
[null,"Length of each standard cell",11.69141468,"m"]
[]
[null,"Harmonic number, h",372]
[null,"Radio frequency, frf",476.30000574897474,"MHz"]
[null,"Synchrotron tune at 3 GeV, ns",0.0085,null,"nominal"]
[null,"Synchrotron frequency at 3 GeV, fs",10.8715,"kHz","nominal"]
[null,"RF bucket height for 3.2 MV","±3.05442","%","with BM loss only"]
[null,"Synchronous phase, fs",164.07,"°","with BM loss only"]
[]
["A.2","RF parameters"]
[null,"Frequency, frf",476.30000574897474,"MHz"]
[null,"Gap voltage total, Vrf",3.2,"MV"]
[null,"Maximum energy loss per turn, Urf",1.4,"MV"]
[null,"No. of cavities",4]
[null,"No. of cavities per klystron",4]
[null,"No. of idling stations",0]
[null,"Beam current, I0",0.5,"A"]
[null,"Shunt impedance per cavity, Rs",3.81,"MW"]
[null,"Shunt impedance accel notation per cavity, Ra",7.62,"MW","= 2Rs"]
[null,"Gap voltage per cavity, Vc",800,"kV"]
[null,"Cavity wall power, Pc",83.98950131233595,"kW"]
[null,"Synch rad power per cavity, Ps",175,"kW"]
[null,"HOM power per cavity, Ph",1.45679012345679,"kW"]
[null,"Power idling cavities per cavity, Pi",0,"kW"]
[null,"Beam power per cavity, Pb",176.45679012345678,"kW"]
[null,"Total power per cavity, PT=Pc+Pb",260.4462914357927,"kW"]
[null,"Forward power per cavity, Pf=PT+Pr",263.1465912601185,"kW"]
[null,"Equiv window power (E-field), PwE",319.16010498687666,"kW"]
[null,"Equiv window power (H-field), PwH",212.53367718201196,"kW"]
[null,"Energy loss per turn per cavity, Va=Pb/I0",352.91358024691357,"kV"]
[]
[null,"Optimum coupling factor, b0 = 1+Pb/Pc",3.100938657407408]
[null,"Actual beta, b",3.8]
[null,"Synchronous phase angle, fs",63.82323362538108,"deg"]
[null,"Detuning angle, ψ",-41.682702673958545,"deg"]
[null,"Change in resonance frequency",-30.844360436040848,"kHz"]
[]
[null,"Unloaded Q, Qo",33000]
[null,"Loaded Q, QL",6875]
[null,"Generator power per cavity",263.14659126011856,"kW"]
[null,"Generator induced voltage at resonance per cavity",1150.1564429012346,"kV"]
[null,"Generator induced voltage/cavity, Vg",858.9816625513051,"kV"]
[null,"Beam induced voltage at resonance per cavity",793.75,"kV"]
[null,"Beam induced voltage/cavity, Vb",592.8034389219579,"kV"]
[null,"Beam induced power at resonance (cavity)",82.68229166666667,"kW"]
[null,"Beam induced power at resonance (emitted))",314.1927083333333,"kW"]
[null,"Total beam induced power at resonance per cavity",396.875,"kW"]
[null,"Generator current per cavity",1.4490159910566736,"A"]
[null,"Beam current at fo, Ib",1,"A"]
[null,"Beta with beam",1.2254353987050666]
[null,"Reflected power per cavity, Pr",2.700299824325781,"kW"]
[null,"Reflected power per klystron",10.801199297303125,"kW"]
[null,"Power loss in waveguide",10.789010241664858,"kW"]
[null,"Generator power per cavity",273.9356015017834,"kW"]
[null,"Klystron power, Pk",1095.7424060071337,"kW"]
[]
[null,"Calculation of idling cavity"]
[null,"Detuning angle",84.18264376535086,"deg"]
[null,"Change in resonance frequency",340,"kHz"]
[null,"Beam induced voltage at resonance",793.75,"kV"]
[null,"Beam induced voltage   ",80.45264677537962,"kV"]
[null,"Beam induced power detuned (cavity)",0.8494262956908137,"kW"]
[null,"Beam induced power detuned (emitted)",3.227819923625092,"kW"]
[null,"Total beam induced power detuned",4.077246219315906,"kW"]
[]
[]
["A.3","Vacuum parameters"]
[null,"Vacuum chamber material","Cu"]
[null,"Storage ring vacuum pressure (ave) with beam"]
[null,"   requirement",1.8,"nTorr","N2 equiv."]
[null,"   design",0.8,"nTorr","N2 equiv."]
[null,"Vacuum chamber size"]
[null,"   Standard and matching cell chamber","84  × 34","mm","Octagon shape"]
[null,"   Slot height",12,"mm","15 mm for SLM"]
[null,"Chamber wall thickness",null,"mm"]
[null,"Pumping system"]
[null,"   Sputter ion pump (SIP)","> 165","l/s"]
[null,"   TSP","> 1500","l/s"]
[null,"   NEG","> 140","l/s"]
[null,"SIP capacity for entire ring",null,"l/s"]
[null,"Residual gas analyzer heads",null,"ea"]
[null,"Number of vacuum isolatable ring sectors",null,"ea"]
[null,"Number of ionization gauges used in ring",null,"ea"]
[null,"Number of roughing stations",null,"ea"]
[null,"Gate valve in injection straight"]
[null,"Number of thermocouples"]
[null,"Number of photon stops",null,"ea"]
[]
[null,"Beam stay clear"]
[null,"   Standard and matching cells (H/V)","±30/±15","mm"]
[null,"   Straight section (H/V)","±30/±6","mm"]
[null,"   Injection straight","±40/±14","mm","Girder 15"]
[null,"Sector isolation valve"]
[null,"Vacuum valve, manually operated"]
[null,"     (4.5\" angle valve)"]
[null,"Ion gauge"]
[null,"Residual gas analyzer  (RGA)"]
[]
["A.4","Beam instrumentation"]
[null,"Number of beam position monitors",112,"set","54 initially"]
[null,"Resolution of beam position monitors",null,"mm"]
[null,"Traveling wave electrode systems",2,"pairs"]
[null,"Beam intensity monitor (DCCT)",1]
[null,"Photon beam position monitor"]
[null,"Transverse beam dimension, VUV-optical camera",1]
[null,"Longitudinal bunch dimension (streak camera)",1]
[null,"Beam loss monitor",4]
[null,"Beam scraper (H/V)",0,"planned"]
[null,"Beam damping system (transverse)",0]
[null,"Beam damping system (longitudinal)",0]
[]
["A.5","Survey and Alignment"]
[null,"Number of primary monuments","N/A"]
[null,"Number of secondary monuments",38]
[null,"     Floor ",20]
[null,"     Center of girder",18]
[null,"Beamline monuments","N/A"]
[]
["A.6","Tolerances"]
[null,"Magnet misalignment,  rms",0.2,"mm"]
[null,"Integrated random dipole field error, rms",0.1,"%"]
[null,"Dipole random roll angle error, rms",0.5,"mrad"]
[null,"Dipole field stability DI/I","5×10-5"]
[null,"Quadrupole field stability DI/I","1×10-4"]
[null,"Sextupole field stability DI/I","5×10-4"]
[null,"Correction dipole field stability DI/I","5×10-4"]
[]
[null,"Multipole tolerances"]
[null,"Dipole magnet, sys. quadrupole field (at R=30 mm)","1×10-4",null,"b2L/B1L"]
[null,"Dipole magnet, sys. (3n-14n)th field (at R=30 mm)","5×10-4"]
[null,"Dipole magnet, ran. quadrupole field (at R=32 mm)","1×10-4"]
[]
[null,"Quad integrated random strength error Dk/k","1×10-3"]
[null,"Quadrupole magnet, sys. (6n, 10n, 14n) field","5×10-4",null,"bnL/B2L"]
[null,"Quadrupole magnet, ran. (3n, 6n, 10n, 14n) field","5×10-4"]
[]
[null,"Sextupole magnet, sys. 18th pole field","4.4×10-3",null,"b9L/B3L"]
[null,"Sextupole magnet, sys. 30th pole field","1.21×10-3",null,"b15L/B3L"]
[null,"Sextupole magnet, ran. decapole field","3.3×10-3",null,"b5L/B3L"]
[null,"Sextupole magnet, ran. 14th pole field","2.3×10-3",null,"b7L/B3L"]
[]
["A.7","Magnet"]
[null,"Number of main bending magnets",36]
[null,"Number quadrupoles",94]
[null,"Number sextupoles",72]
[null,"Number of correctors",72]
[null,"Injection septum magnet",1]
[null,"Number of bump magnets",3]
[]
[null,"Storage ring dipole magnet "]
[null,"145D magnet"]
[null,"Design energy",3.3,"GeV"]
[null,"Required quantity of magnet",28,"ea"]
[null,"Design field @ 3.3 GeV",1.424224,"T","at mechanical center"]
[null,"Design gradient @ 3.3 GeV",-3.6305,"T/m"]
[null,"Bending angle",0.1848,"radian"]
[null,"Effective length (measured)",1.5048,"m"]
[null,"Good field width (including sagitta)","±47","mm"]
[null,"Field uniformity in good field width (DB/B)","≤ 5×10-4"]
[null,"Magnet to magnet reproducibility","≤ 1×10-3"]
[null,"Magnet gap at nominal center",50,"mm"]
[null,"Number of coils",6]
[null,"Number of turns per coil",14]
[null,"Conductor width",14.1,"mm"]
[null,"Conductor height",12.7,"mm"]
[null,"Diameter of the conductor hole",6,"mm","1 mm corner radius"]
[null,"Conductor area",149.94,"mm2"]
[null,"Conductor length per coil",54.35,"m"]
[null,"Coil resistance @ 40 °C",6.743,"mW"]
[null,"Magnet resistance @ 40 °C",40.46,"mW"]
[null,"Inductance",67,"mH"]
[null,"Current @ design field (3.3 GeV)",688.4,"A"]
[null,"Current density @ design field (3.3 GeV)",4.59,"A/mm2"]
[null,"Magnet voltage @ design field (3.3 GeV)",27.84,"V"]
[null,"Magnet power @ design field (3.3 GeV)",19.17,"kW"]
[null,"Water flow @ 20 °C",5.23,"gpm"]
[null,"Temperature rise @ design field (3.3 GeV)",13.9,"°C"]
[null,"Main coil weight",71.3,"kg"]
[null,"Yoke weight",5427,"kg"]
[]
[null,"Trim coil"]
[null,"Design field @ 3.3 GeV","2.848×10-2","T"]
[null,"Design gradient @ 3.3 GeV","7.216×10-3","T/m"]
[null,"Number of coils",2]
[null,"Number of turns/coil",45]
[null,"Conductor width",1.95,"mm"]
[null,"Conductor height",3.32,"mm"]
[null,"Conductor area",6.474,"mm2"]
[null,"Conductor length per coil",171.467,"m"]
[null,"Coil resistance @ 40 °C",0.4926,"W"]
[null,"Magnet resistance @ 40 °C",0.9853,"W"]
[null,"Inductance",77,"mH"]
[null,"Current @ design field (3.3 GeV)",12.85,"A"]
[null,"Current density @ design field (3.3 GeV)",1.985,"A/mm2"]
[null,"Magnet voltage @ design field (3.3 GeV)",12.7,"V"]
[]
[null,"Parameters at 3.0 GeV"]
[null,"Field",1.2947,"T"]
[null,"Field gradient",-3.301,"T/m"]
[null,"Current",625.8,"A"]
[null,"Resistance",40.46,"mW"]
[null,"Voltage/magnet",25.31,"V"]
[null,"String voltage",875.3,"V"]
[null,"Magnet power",15.841,"kW"]
[null,"String power",546.607,"kW","including 109D"]
[null,"Temperature rise",11,"°C"]
[null,"Total water per family",153.3,"gpm"]
[]
[null,"109D magnet"]
[null,"Design energy",3.3,"GeV"]
[null,"Required quantity of magnet",8,"ea"]
[null,"Design field @ 3.3 GeV",1.4242,"T"]
[null,"Design gradient @ 3.3 GeV",-3.6305,"T/m"]
[null,"Bending angle",0.1848,"radian"]
[null,"Effective length (measured)",1.5048,"m"]
[null,"Good field width (including sagitta)","±40","mm"]
[null,"Field uniformity in good field width (DB/B)","≤ 5×10-4"]
[null,"Magnet to magnet reproducibility","≤ 1×10-3"]
[null,"Magnet gap at nominal center",50,"mm"]
[null,"Number of coils",6]
[null,"Number of turns per coil",14]
[null,"Conductor width",14.1,"mm"]
[null,"Conductor height",12.7,"mm"]
[null,"Diameter of the conductor hole",6,"mm","1 mm corner radius"]
[null,"Conductor area",149.94,"mm2"]
[null,"Conductor length per coil",44.18,"m"]
[null,"Coil resistance @ 40 °C",5.48,"mW"]
[null,"Magnet resistance @ 40 °C",32.88,"mW"]
[null,"Inductance",50,"mH"]
[null,"Current @ design field (3.3 GeV)",688.4,"A"]
[null,"Current density @ design field (3.3 GeV)",4.59,"A/mm2"]
[null,"Magnet voltage @ design field (3.3 GeV)",22.64,"V"]
[null,"Magnet power @ design field (3.3 GeV)",15.59,"kW"]
[null,"Water flow @ 20 °C",5.89,"gpm"]
[null,"Temperature rise @ design field (3.3 GeV)",10.1,"°C"]
[null,"Main coil weight",57.9,"kg"]
[null,"Yoke weight",4070,"kg"]
[]
[null,"Trim coil"]
[null,"Design field @ 3.3 GeV","2.848×10-2","T"]
[null,"Design gradient @ 3.3 GeV","7.216×10-3","T/m"]
[null,"Number of coils",2]
[null,"Number of turns/coil",45]
[null,"Conductor width",1.95,"mm"]
[null,"Conductor height",3.32,"mm"]
[null,"Conductor area",6.474,"mm2"]
[null,"Conductor length per coil",138.842,"m"]
[null,"Coil resistance @ 40 °C",0.3989,"W"]
[null,"Magnet resistance @ 40 °C",0.7978,"W"]
[null,"Inductance",58,"mH"]
[null,"Current @ design field (3.3 GeV)",12.85,"A"]
[null,"Current density @ design field (3.3 GeV)",1.985,"A/mm2"]
[null,"Magnet voltage @ design field (3.3 GeV)",5.1,"V"]
[]
[null,"Parameters at 3.0 GeV"]
[null,"Field",1.2947,"T"]
[null,"Field gradient",-3.301,"T/m"]
[null,"Current",625.8,"A"]
[null,"Resistance",32.88,"mW"]
[null,"Voltage/magnet",20.59,"V"]
[null,"String voltage",875.3,"V"]
[null,"Magnet power",12.882,"kW"]
[null,"Temperature rise",8,"°C"]
[null,"Total water per family",49.2,"gpm"]
[]
[null,"Storage ring quadrupole magnet (QD)"]
[null,"Design energy",3.3,"GeV"]
[null,"Operation energy",3,"GeV"]
[null,"Quantity of magnet",28,"ea"]
[null,"Max. magnetic gradient @ 3.3 GeV",22.004,"T/m"]
[null,"Effective length",0.1635,"m"]
[null,"Max. pole tip field",0.77,"T"]
[null,"Magnet aperture radius",35,"mm"]
[null,"No. of coils","4 + 4",null,"inner and outer"]
[null,"No. turns/pole for inner coils",64]
[null,"No. turns/pole for outer coils",60]
[null,"Conductor size","4.86 × 4.86","mm2"]
[null,"Conductor hole diameter",3.18,"mm","1 mm corner radius"]
[null,"Conductor area",14.819,"mm2"]
[null,"Conductor length, inner coil",41.6,"m"]
[null,"Conductor length, outer coil",50.9,"m"]
[null,"Resistance, inner coil",52.3,"mW"]
[null,"Resistance , outer coil",50.9,"mW"]
[null,"Magnet resistance @ 40 °C",0.4645,"W"]
[null,"Magnet inductance",0.12,"H"]
[null,"Max. current @ 3.3 GeV",88.3,"A"]
[null,"Current density @ 3.3 GeV",5.96,"A/mm2"]
[null,"Magnet voltage @ 3.3 GeV",41,"V"]
[null,"Magnet power @ 3.3 GeV",3.62,"kW"]
[null,"Water pressure",150,"psi"]
[null,"Inner coil design Q @ 20 °C",0.267,"gpm"]
[null,"Outer coil design Q @ 20 °C",0.2378,"gpm"]
[null,"Magnet design Q @ 20 °C",2.019,"gpm"]
[null,"Temperature rise at design power",6.8,"°C"]
[null,"Magnet weight",0.464,"T"]
[]
[null,"Quadrupole modulation system"]
[null,"Maximum k1",0.072,"m-2"]
[null,"Maximum trim gradient",0.7921,"T/m"]
[null,"No. of coils/magnet",4]
[null,"No. of turns/pole",24]
[null,"Conductor height",3.32,"mm"]
[null,"Conductor width",1.95,"mm"]
[null,"Conductor area",6.474,"mm2"]
[null,"Conductor length",14.1,"m"]
[null,"Coil resistance @ 40 °C",40.6,"mW"]
[null,"Magnet trim resistance @ 40 °C",162,"mW"]
[null,"Magnet trim inductance",4.1,"mH"]
[null,"Magnet impedance @ 2 Hz",0.1702,"W"]
[null,"Magnet impedance @ 10 Hz",0.3049,"W"]
[null,"Max. trim current @ 3.3 GeV",16.42,"A"]
[null,"Peak voltage @ 2 Hz",2.79,"V"]
[null,"Peak voltage @ 10 Hz",5.01,"V"]
[null,"Rms power @ 3.3 GeV",21.86,"W"]
[]
[null,"Quadrupole magnet (QF, QDX,QDY,QDZ,QFZ)"]
[null,"Design energy",3.3,"GeV"]
[null,"Operation energy",3,"GeV"]
[null,"Quantity of magnet"]
[null,"     QF",28]
[null,"     QDX",4]
[null,"     QDY",4]
[null,"     QDZ",4]
[null,"     QFZ",4]
[null,"Max. magnetic gradient @ 3.3 GeV",22.004,"T/m"]
[null,"Effective length",0.3534,"mm"]
[null,"Max. pole tip field",0.77,"T"]
[null,"Magnet aperture radius",35,"mm"]
[null,"No. of coils","4 + 4",null,"inner and outer"]
[null,"No. turns/pole for inner coils",64]
[null,"No. turns/pole for outer coils",60]
[null,"Conductor size","4.86 × 4.86","mm2"]
[null,"Conductor hole diameter",3.18,"mm","1 mm corner radius"]
[null,"Conductor area",14.819,"mm2"]
[null,"Conductor length, inner coil",66,"m"]
[null,"Conductor length, outer coil",73.7,"m"]
[null,"Resistance, inner coil",82.8,"mW"]
[null,"Resistance , outer coil",92.5,"mW"]
[null,"Magnet resistance @ 40 °C",0.7011,"W"]
[null,"Magnet inductance",0.272,"H"]
[null,"Max. current @ 3.3 GeV",88.3,"A"]
[null,"Current density @ 3.3 GeV",5.96,"A/mm2"]
[null,"Magnet voltage @ 3.3 GeV",61.88,"V"]
[null,"Magnet power @ 3.3 GeV",5.46,"kW"]
[null,"Water pressure",150,"psi"]
[null,"Inner coil design Q @ 20 °C",0.2046,"gpm"]
[null,"Outer coil design Q @ 20 °C",0.1919,"gpm"]
[null,"Magnet design Q @ 20 °C",1.586,"gpm"]
[null,"Temperature rise at design power",13.1,"°C"]
[null,"Magnet weight",1.049,"ton"]
[]
[null,"Quadrupole modulation system"]
[null,"Maximum k1",0.052,"m-2"]
[null,"Maximum trim gradient",0.5721,"T/m"]
[null,"No. of coils/magnet",4]
[null,"No. of turns/pole",24]
[null,"Conductor height",3.32,"mm"]
[null,"Conductor width",1.95,"mm"]
[null,"Conductor area",6.474,"mm2"]
[null,"Conductor length",23.2,"m"]
[null,"Coil resistance @ 40 °C",66.7,"mW"]
[null,"Magnet trim resistance @ 40 °C",267,"mW"]
[null,"Magnet trim inductance",9.3,"mH"]
[null,"Magnet impedance @ 2 Hz",0.2916,"W"]
[null,"Magnet impedance @ 10 Hz",0.6432,"W"]
[null,"Max. trim current @ 3.3 GeV",11.86,"A"]
[null,"Peak voltage @ 2 Hz",3.46,"V"]
[null,"Peak voltage @ 10 Hz",7.63,"V"]
[null,"Rms power @ 3.3 GeV",18.77,"W"]
[]
[null,"Quadrupole magnet (QFC, QFY)"]
[null,"Design energy",3.3,"GeV"]
[null,"Operation energy",3,"GeV"]
[null,"Quantity of magnet"]
[null,"     QFC",14]
[null,"     QFY",4]
[null,"Max. magnetic gradient @ 3.3 GeV",22.004,"T/m"]
[null,"Effective length",0.5124,"mm"]
[null,"Max. pole tip field",0.77,"T"]
[null,"Magnet aperture radius",35,"mm"]
[null,"No. of coils","4 + 4",null,"inner and outer"]
[null,"No. turns/pole for inner coils",64]
[null,"No. turns/pole for outer coils",60]
[null,"Conductor size","4.86 × 4.86","mm2"]
[null,"Conductor hole diameter",3.18,"mm","1 mm corner radius"]
[null,"Conductor area",14.819,"mm2"]
[null,"Conductor length, inner coil",86.4,"m"]
[null,"Conductor length, outer coil",92.9,"m"]
[null,"Resistance, inner coil",108.5,"mW"]
[null,"Resistance , outer coil",116.6,"mW"]
[null,"Magnet resistance @ 40 °C",0.9003,"W"]
[null,"Magnet inductance",0.4,"H"]
[null,"Max. current @ 3.3 GeV",88.3,"A"]
[null,"Current density @ 3.3 GeV",5.96,"A/mm2"]
[null,"Magnet voltage @ 3.3 GeV",79.46,"V"]
[null,"Magnet power @ 3.3 GeV",7.01,"kW"]
[null,"Water pressure",150,"psi"]
[null,"Inner coil design Q @ 20 °C",0.1749,"gpm"]
[null,"Outer coil design Q @ 20 °C",0.1677,"gpm"]
[null,"Magnet design Q @ 20 °C",1.37,"gpm"]
[null,"Temperature rise at design power",19.4,"°C"]
[null,"Magnet weight",1.402,"ton"]
[]
[null,"Quadrupole modulation system"]
[null,"Maximum k1",0.031,"m-2"]
[null,"Maximum trim gradient",0.3411,"T/m"]
[null,"No. of coils/magnet",4]
[null,"No. of turns/pole",24]
[null,"Conductor height",3.32,"mm"]
[null,"Conductor width",1.95,"mm"]
[null,"Conductor area",6.474,"mm2"]
[null,"Conductor length",30.9,"m"]
[null,"Coil resistance @ 40 °C",88.8,"mW"]
[null,"Magnet trim resistance @ 40 °C",355,"mW"]
[null,"Magnet trim inductance",13.7,"mH"]
[null,"Magnet impedance @ 2 Hz",0.3948,"W"]
[null,"Magnet impedance @ 10 Hz",0.931,"W"]
[null,"Max. trim current @ 3.3 GeV",7.07,"A"]
[null,"Peak voltage @ 2 Hz",2.79,"V"]
[null,"Peak voltage @ 10 Hz",6.58,"V"]
[null,"Rms power @ 3.3 GeV",8.87,"W"]
[]
[null,"Quadrupole magnet (QFX)"]
[null,"Design energy",3.3,"GeV"]
[null,"Operation energy",3,"GeV"]
[null,"Quantity of magnet",4]
[null,"Max. magnetic gradient @ 3.3 GeV",18.483,"T/m"]
[null,"Effective length",0.6105,"mm"]
[null,"Max. pole tip field",0.647,"T"]
[null,"Magnet aperture radius",35,"mm"]
[null,"No. of coils","4 + 4",null,"inner and outer"]
[null,"No. turns/pole for inner coils",64]
[null,"No. turns/pole for outer coils",60]
[null,"Conductor size","4.86 × 4.86","mm2"]
[null,"Conductor hole diameter",3.18,"mm","1 mm corner radius"]
[null,"Conductor area",14.819,"mm2"]
[null,"Conductor length, inner coil",99.2,"m"]
[null,"Conductor length, outer coil",104.9,"m"]
[null,"Resistance, inner coil",124.6,"mW"]
[null,"Resistance , outer coil",131.7,"mW"]
[null,"Magnet resistance @ 40 °C",1.0248,"W"]
[null,"Magnet inductance",0.48,"H"]
[null,"Max. current @ 3.3 GeV",74.1,"A"]
[null,"Current density @ 3.3 GeV",5,"A/mm2"]
[null,"Magnet voltage @ 3.3 GeV",75.98,"V"]
[null,"Magnet power @ 3.3 GeV",5.63,"kW"]
[null,"Water pressure",150,"psi"]
[null,"Inner coil design Q @ 20 °C",0.1613,"gpm"]
[null,"Outer coil design Q @ 20 °C",0.1563,"gpm"]
[null,"Magnet design Q @ 20 °C",1.271,"gpm"]
[null,"Temperature rise at design power",16.8,"°C"]
[null,"Magnet weight",1.851,"ton"]
[]
[null,"Quadrupole modulation system"]
[null,"Maximum k1",0.016,"m-2"]
[null,"Maximum trim gradient",0.176,"T/m"]
[null,"No. of coils/magnet",4]
[null,"No. of turns/pole",24]
[null,"Conductor height",3.32,"mm"]
[null,"Conductor width",1.95,"mm"]
[null,"Conductor area",6.474,"mm2"]
[null,"Conductor length",35.7,"m"]
[null,"Coil resistance @ 40 °C",102.6,"mW"]
[null,"Magnet trim resistance @ 40 °C",410,"mW"]
[null,"Magnet trim inductance",16.4,"mH"]
[null,"Magnet impedance @ 2 Hz",0.4595,"W"]
[null,"Magnet impedance @ 10 Hz",1.1113,"W"]
[null,"Max. trim current @ 3.3 GeV",3.65,"A"]
[null,"Peak voltage @ 2 Hz",1.68,"V"]
[null,"Peak voltage @ 10 Hz",4.05,"V"]
[null,"Rms power @ 3.3 GeV",2.73,"W"]
[]
[null,"Sextupole magnet"]
[null,"SF, SDI, SFI magnets"]
[null,"Beam energy",3.3,"GeV"]
[null,"Quantity of magnet"]
[null,"     SF",28]
[null,"     SDI",8]
[null,"     SFI",8]
[null,"Maximum strength",40,"m-3","k2 = B\"/Br"]
[null,"Maximum gradient",440,"T/m2"]
[null,"Magnet aperture radius",45,"mm"]
[null,"Field quality DBnL/B3L","5×10-4",null,"n ≥4"]
[null,"Magnet to magnet reproducibility","≤1×10-3"]
[null,"Effective length",0.21,"m","design"]
[null,"Number of coils",6]
[null,"Maximum pole tip field",0.446,"T"]
[null,"Conductor size","6.45 × 6.45","mm2"]
[null,"Conductor hole diameter",3.15,"mm","1 mm corner radius"]
[null,"Conductor area",32.951,"mm2"]
[null,"Conductor length/coil",22.51,"m"]
[null,"Coil resistance @ 40 °C",12.7,"mW"]
[null,"Magnet resistance @ 40 °C",76.2,"mW"]
[null,"Magnet inductance"]
[null,"Maximum current @ 3.3 GeV",169.6,"A"]
[null,"Current density @ 3.3 GeV",5.15,"A/mm2"]
[null,"Magnet voltage @ 3.3 GeV",12.93,"V"]
[null,"Magnet power@ 3.3 GeV",2.193,"kW"]
[null,"Water pressure drop",150,"psi"]
[null,"Coil design Q @ 20 °C",0.3705,"gpm"]
[null,"Magnet design Q @ 20 °C",2.223,"gpm"]
[null,"DT @ design power",3.7,"°C"]
[null,"Magnet weight",0.543,"ton"]
[]
[null,"Skew quadrupole circuit"]
[null,"Maximum field gradient ",0.6271,"T/m"]
[null,"Maximum k1",0.057,"m-2"]
[null,"Maximum pole tip field",282,"G"]
[null,"Number of coils/magnet",2]
[null,"No. of turns/coil",37,"kg"]
[null,"Conductor size","4.86 × 4.86","mm2"]
[null,"Conductor hole diameter",3.18,"mm","1 mm corner radius"]
[null,"Conductor area",14.819,"mm2"]
[null,"Conductor length/coil",23.306,"m"]
[null,"Coil resistance @ 40 °C",29.25,"mW"]
[null,"Magnet resistance @ 40 °C",58.51,"mW"]
[null,"Magnet inductance"]
[null,"Max. current @ 3.3 GeV",29.18,"A"]
[null,"Current density @ 3.3 GeV",1.969,"A/mm2"]
[null,"Magnet voltage @ 3.3 GeV",1.708,"V"]
[null,"Magnet power @ 3.3 GeV",49.8,"W"]
[null,"Water pressure drop",75,"psi"]
[null,"Coil design Q @ 20 °C",0.2455,"gpm"]
[null,"Water operating pressure",150,"psi"]
[null,"Magnet design Q @ 20 °C",0.2455,"gpm"]
[null,"Magnet design Q @ 35 °C",0.2579,"gpm"]
[null,"DT @ design power",0.77,"°C"]
[]
[null,"SD magnets"]
[null,"Beam energy",3.3,"GeV"]
[null,"Quantity of magnet",28]
[null,"Maximum strength",50,"m-3","k2"]
[null,"Maximum gradient",550,"T/m2"]
[null,"Magnet aperture radius",45,"mm"]
[null,"Field quality DBnL/B3L","5×10-4",null,"n ≥4"]
[null,"Magnet to magnet reproducibility","≤1×10-3"]
[null,"Effective length",0.25,"m"]
[null,"Number of coils",6]
[null,"Maximum pole tip field",0.557,"T"]
[null,"Conductor size","6.45 × 6.45","mm2"]
[null,"Conductor hole diameter",3.15,"mm","1 mm corner radius"]
[null,"Conductor area",32.951,"mm2"]
[null,"Conductor length/coil",25.15,"m"]
[null,"Coil resistance @ 40 °C",14.2,"mW"]
[null,"Magnet resistance @ 40 °C",85.2,"mW"]
[null,"Magnet inductance"]
[null,"Maximum current @ 3.3 GeV",212,"A"]
[null,"Current density @ 3.3 GeV",6.44,"A/mm2"]
[null,"Magnet voltage @ 3.3 GeV",18.06,"V"]
[null,"Magnet power@ 3.3 GeV",3.827,"kW"]
[null,"Water pressure drop",150,"psi"]
[null,"Coil design Q @ 20 °C",0.3477,"gpm"]
[null,"Magnet design Q @ 20 °C",2.026,"gpm"]
[null,"DT @ design power",7.02,"°C"]
[null,"Magnet weight",0.647,"ton"]
[]
[null,"Skew quadrupole circuit"]
[null,"Maximum field gradient ",0.5281,"T/m"]
[null,"Maximum pole tip field",237,"G"]
[null,"Number of coils/magnet",2]
[null,"No. of turns/coil",37,"kg"]
[null,"Conductor size","4.86 × 4.86","mm2"]
[null,"Conductor hole diameter",3.18,"mm","1 mm corner radius"]
[null,"Conductor area",14.819,"mm2"]
[null,"Conductor length/coil",26.186,"m"]
[null,"Coil resistance @ 40 °C",32.87,"mW"]
[null,"Magnet resistance @ 40 °C",65.75,"mW"]
[null,"Magnet inductance"]
[null,"Max. current @ 3.3 GeV",24.57,"A"]
[null,"Current density @ 3.3 GeV",1.658,"A/mm2"]
[null,"Magnet voltage @ 3.3 GeV",1.615,"V"]
[null,"Magnet power @ 3.3 GeV",39.7,"W"]
[null,"Water pressure drop",75,"psi"]
[null,"Coil design Q @ 20 °C",0.2295,"gpm"]
[null,"Water operating pressure",150,"psi"]
[null,"Magnet design Q @ 20 °C",0.2295,"gpm"]
[null,"Magnet design Q @ 35 °C",0.2413,"gpm"]
[null,"DT @ design power",0.66,"°C"]
[]
[null,"Lambertson magnet"]
[null,"Beam energy",3,"GeV"]
[null,"Effective length",1.2011,"m","arc length"]
[null,"Iron yoke length ",1.1282,"m"]
[null,"Bending angle",8.79,"degrees"]
[null,"Bending field",12.773,"kG"]
[null,"Bending radius",7.8291,"m"]
[null,"Integrated field",1.5341,"T-m"]
[null,"Magnet efficiency",97.5,"%"]
[null,"Magnet gap",1.1,"cm"]
[null,"Overall length including coils, along orbit",1.068,"m"]
[null,"Overall width of magnet",0.2896,"m"]
[null,"Overall height of magnet",0.7366,"m"]
[null,"Total weight of magnet",1829.9,"kg"]
[null,"Coil turns/pole",42]
[null,"No. of pancakes/pole",1]
[null,"Ampere turns per pole",11467.5,"turns"]
[null,"Current",273.04,"A"]
[null,"Current density",10.71,"A/mm2"]
[null,"Inductance of magnet",0.054,"H","max."]
[null,"Resistive voltage drop, max.",27.4,"V"]
[null,"DC power",7.5,"kW"]
[null,"Water flow rate",2,"gpm"]
[null,"Water pressure drop",150,"psi"]
[null,"Water temperature rise",14.4,"°C"]
[null,"Water speed",2.6,"m/s"]
[]
[null,"Bump magnet for storage ring injection"]
[null,"Beam energy",3,"GeV"]
[null,"Effective length of K1 and K3","~1.2","m"]
[null,"Effective length of K2","~0.6 ","m"]
[null,"Bending angle (K1 and K3)","~2.2","mrad"]
[null,"Bending angle (K2)","~1.2","mrad"]
[null,"Bending field (K1, K3)",20,"mT"]
[null,"Bending field (K2)",22,"mT"]
[null,"Field uniformity","±6","%"]
[null,"Max. time jitter from magnet to magnet",null,"ns"]
[null,"Magnet horizontal half aperture",30,"mm"]
[null,"Magnet vertical half aperture",17,"mm"]
[null,"Current"]
[null,"     K1, K3",2381,"A"]
[null,"     K2",2619,"A"]
[null,"Magnet gain",8.7,"mT/A"]
[null,"     K1 and K3",10.44,"mT meter/A"]
[null,null,15.45,"mT meter/V"]
[null,"     K2",5.22,"mT meter/A"]
[null,null,7.73,"mT meter/V"]
[null,"Total system gain (for control)"]
[null,"     K1 and K3",4.64,"mT-m/prog. Volt"]
[null,"     K2",2.32,"mT-m/prog. Volt"]
[null,"Repetition rate",10,"Hz"]
[null,"Current waveform","Pulse"]
[null,"Pulse length","~800","nsec"]
[null,"Impedance of magnet",76,"W"]
[null,"Inductance of magnet",0.478,"mH/m"]
[null,"Material","Cu busses"]
[null,"No. of cooling circuits",4]
[null,"Cooling",1,"gpm"]
[null,"Modulator"]
[null,"  Type","IGBT"]
[null,"  Voltage",4.5,"kV"]
[null,"  Current",600,"A"]
[null,"  Nominal output current",20,"kV"]
[null,"  Nominal output voltage",2619,"A"]
[null,"  Nominal charge voltage",14.7,"kV"]
[null,"  No. of cables per modulator (K1, K3)",4]
[null,"  No. of cables per modulator (K2)",8]
[null,"  Modulator impedance (K1, K3)",5.625,"kW"]
[null,"  Modulator impedance (K2)",2.8125,"kW"]
[null,"  Output cable impedance (K1,K3/K2)","13.5/6.25","W","coaxial"]
[null,"  Core material","Finemet FT-3H"]
[null,"  Load cooling",3.5,"kW","water cooled"]
[]
["A.8","Insertion Devices"]
[null,"Beamline    # Periods   Period [cm]                Fields [T]","K","# poles"]
[null,"4, 7                  10           23                              2      ",43,"18F+2E","square field"]
[null,"5            10/15/24/30    18.3/12.2/7.6/6.1      < 0.5","< 8.5","21F+2E"]
[null,"6                      27            7                               1.0",6.5,"55F+2E"]
[null,"9                        8          26                               1.95",47,"15F+2E","square field"]
[null,"10                    15          12.85                          1.33",16,"31F+2E"]
[null,"11                    13          17.5                            2.0",33,"24F+2E","square field"]
[]
["A.9","Magnet power supply"]
[null,"Storage ring bending magnet power supply"]
[null,"Number of power supplies required",1]
[null,"Maximum current",775,"A"]
[null,"Maximum voltage",1200,"V"]
[null,"Power",930,"kW"]
[null,"Required current stability (+/-)",0.005,"%"]
[]
[null,"Bending magnet power supply (bulk)"]
[null,"Number of power supplies required",1]
[null,"Maximum current",775,"A"]
[null,"Maximum voltage",1500,"V"]
[null,"Power",1023,"kW"]
[null,"Required current stability (+/-)",0.005,"%"]
[]
[null,"Storage ring quadrupole power supply"]
[null,"QD, QF, QFC (bulk)"]
[null,"  Number of power supplies required",4]
[null,"  Maximum current",100,"A"]
[null,"  Maximum voltage",700,"V"]
[null,"  Power",70,"kW"]
[null,"  Required current stability (+/-)",0.01,"%"]
[]
[null,"QD, QF (individual)"]
[null,"  Number of power supplies required",40]
[null,"  Maximum current",100,"A"]
[null,"  Maximum voltage",100,"V"]
[null,"  Power",10,"kW"]
[null,"  Required current stability (+/-)",0.01,"%"]
[]
[null,"QDX, QFY, QFZ"]
[null,"  Number of power supplies required",6]
[null,"  Maximum current",100,"A"]
[null,"  Maximum voltage",150,"V"]
[null,"  Power",15,"kW"]
[null,"  Required current stability (+/-)",0.01,"%"]
[]
[null,"QDY, QDZ"]
[null,"  Number of power supplies required",4]
[null,"  Maximum current",80,"A"]
[null,"  Maximum voltage",125,"V"]
[null,"  Power",10,"kW"]
[null,"  Required current stability (+/-)",0.01,"%"]
[]
[null,"QFX"]
[null,"  Number of power supplies required",2]
[null,"  Maximum current",75,"A"]
[null,"  Maximum voltage",200,"V"]
[null,"  Power",15,"kW"]
[null,"  Required current stability (+/-)",0.01,"%"]
[]
[null,"Quadrupole modulation power supply (individual)"]
[null,"  Number of power supplies required"]
[null,"  Maximum current",30,"A"]
[null,"  Maximum voltage",50,"V"]
[null,"  Power",1.5,"kW"]
[null,"  Required current stability (+/-)",0.05,"%"]
[]
[null,"Quadrupole modulation power supply (bulk)"]
[null,"  Number of power supplies required",1]
[null,"  Maximum current",125,"A"]
[null,"  Maximum voltage",80,"V"]
[null,"  Power",10,"kW"]
[null,"  Required current stability (+/-)",0.05,"%"]
[]
[null,"Insertion device trim power supply (individual)"]
[null,"  Number of power supplies required",15]
[null,"  Maximum current",30,"A"]
[null,"  Maximum voltage",50,"V"]
[null,"  Power",1.5,"kW"]
[null,"  Required current stability (+/-)",0.05,"%"]
[]
[null,"Insertion device trim power supply (bulk)"]
[null,"  Number of power supplies required",2]
[null,"  Maximum current",125,"A"]
[null,"  Maximum voltage",80,"V"]
[null,"  Power",10,"kW"]
[null,"  Required current stability (+/-)",0.05,"%"]
[]
[null,"Storage ring sextupole power supply"]
[null,"SD, SF"]
[null,"Number of power supplies required",2]
[null,"Maximum current",225,"A"]
[null,"Maximum voltage",600,"V"]
[null,"Power",135,"kW"]
[null,"Required current stability (+/-)",0.05,"%"]
[]
[null,"SDI, SFI"]
[null,"Number of power supplies required",2]
[null,"Maximum current",150,"A"]
[null,"Maximum voltage",100,"V"]
[null,"Power",15,"kW"]
[null,"Required current stability (+/-)",0.05,"%"]
[]
[null,"Skew quadrupole power supply (individual)"]
[null,"Number of power supplies required",14]
[null,"Maximum current",30,"A"]
[null,"Maximum voltage",50,"V"]
[null,"Power",1.5,"kW"]
[null,"Required current stability (+/-)",0.01,"%"]
[]
[null,"Skew quadrupole power supply (bulk)"]
[null,"Number of power supplies required",1]
[null,"Maximum current",125,"A"]
[null,"Maximum voltage",80,"V"]
[null,"Power",10,"kW"]
[null,"Required current stability (+/-)",0.05,"%"]
[]
[null,"Corrector power supply (individual)"]
[null,"DC bipolar transistor supply"]
[null,"Number of power supplies required",144,null,"108 initially"]
[null,"Maximum current",30,"A"]
[null,"Maximum voltage",50,"V"]
[null,"Power",1.5,"kW"]
[null,"Required current stability (+/-)",0.05,"%"]
[null,"Tracking speed",null,"Hz"]
[]
[null,"Corrector power supply (bulk)"]
[null,"DC bipolar transistor supply"]
[null,"Number of power supplies required",14]
[null,"Maximum current",125,"A"]
[null,"Maximum voltage",80,"V"]
[null,"Power",10,"kW"]
[null,"Required current stability (+/-)",0.05,"%"]
[null,"Tracking speed",null,"Hz"]
[]
[null,"Lambertson magnet power supply"]
[null,"Number",1]
[null,"Maximum current",300,"A"]
[null,"Maximum voltage",50,"V"]
[null,"Required current reproducibility (+/-)",0.05,"%"]
[]
[null,"Injection kicker magnet power supply"]
[null,"Pulse length","~800","nsec"]
[null,"Maximum current (K1,K3/K2)","2.4/2.6","kA"]
[null,"Maximum voltage ","3","kV"]
[null,"Output regulation","< 0.1","%"]
[]
["B.","Booster synchrotron"]
["B.1","General"]
[null,"Maximum energy ",3,"GeV"]
[null,"Circumference",133.4,"m"]
[null,"Cycling rate",10,"Hz"]
[null,"Intensity","1 x 1010","e-/sec"]
[null,"Number of bunches",1]
[null,"No. of BPMs",40]
[null,"Filling rate for 25% filling efficiency","≥ 35","mA/min"]
[null,"Lattice type","F0D0"]
[null,"Magnet structure","Separated"]
[null,"Cell length",6.683,"m"]
[null,"No. of F0D0 cells",20]
[null,"Maximum beta functions (H/V)","12.2/12.4"]
[null,"Maximum dispersion function",1.69,"m"]
[null,"Tunes (H/V)","6.250/4.18"]
[null,"Momentum compaction factor",0.03349]
[null,"Natural chromaticities (H/V)",1.3175438596491227]
[null,"Natural beam emittance","0.021 x E2[GeV]","mm.mrad"]
[null,"Beam emittance @ 3.0 GeV",0.19,"mm.mrad"]
[null,"Natural beam energy spread, d","0.000244xE[GeV]"]
[null,"Beam energy spread @ 3 GeV",0.073,"%"]
[]
[null,"Electron beam @ 100 MeV"]
[null,"  Beam emittance",0.1,"mm.mrad"]
[null,"  Energy spread",1,"%"]
[null,"  Maximum beam width",14.5,"mm"]
[null,"  Maximum beam height (quad)",1.1,"mm"]
[]
[null,"Electron beam @ 3.0 GeV"]
[null,"  Natural beam emittance (1 s)",0.19,"mm.mrad"]
[null,"  Maximum beam width (±5 (sb + sh))",15.2,"mm.mrad"]
[null,"  Maximum beam width (±5 sb)",10.7,"mm"]
[null,"  Maximum beam height",10,"mm"]
[null,"  Emittance of a beam injected into the storage ring"]
[null,"     Horizontal emittance",0.36,"mm.mrad","after BTS windows"]
[null,"     Vertical emittance",0.202,"mm.mrad","after BTS windows"]
[]
["B.2","Booster ring magnets"]
[null,"Bending magnet @ 3 GeV"]
[null,"  Magnet name in lattice","B"]
[null,"  Magnet designation","36 B 2286"]
[null,"  No. of magnets",32]
[null,"  Beam energy",3,"GeV"]
[null,"  Field strength @ 3.0 GeV",8.35,"kG"]
[null,"  Field strength @ 120 MeV",0.334,"kG"]
[null,"  Maximum field strength",15.7,"kG"]
[null,"  Magnetic length",2322.24,"mm"]
[null,"  Bending radius",11827.07,"mm"]
[null,"  Bending angle",11.25,"degrees"]
[null,"  Sagitta",56.95,"mm"]
[null,"  Overall length",2.48,"m"]
[null,"  Overall width",0.813,"m"]
[null,"  Overall height",0.562,"m"]
[null,"  Overall weight",3240,"kg"]
[null,"  Gap height",36,"mm"]
[null,"  Good field region","32h x 60 w","mm"]
[null,"  Maximum beam width",31,"mm"]
[null,"  Maximum beam height",22,"mm"]
[null,"  Magnet efficiency @ 8.35 kG (%)","> 99","%"]
[null,"  Current",629,"A"]
[null,"  Ampere turns",23902,"A-turn"]
[null,"  Maximum induced voltage @ 10 Hz",441,"V"]
[null,"  Magnet resistance @ 37 °C",24,"mW"]
[null,"  Magnet inductance",23.4,"mH"]
[null,"  Magnet time constant L/R",0.98,"sec"]
[null,"  Total power loss @ 10 Hz",7.4,"kW"]
[null,"    Driving current loss",6.5,"kW"]
[null,"    Coil eddy current loss @ 10 Hz",0.6,"kW"]
[null,"    Core loss (Eddy + Hysterisis) @ 10 Hz",0.3,"kW"]
[null,"  Stored energy",4.2,"kJ"]
[null,"  No. of turns/coil",19]
[null,"  No. of coils/magnet","2 (right & left)"]
[null,"  Current density",2.215,"A/mm2"]
[null,"  Conductor dimensions","18.2x18.2 w/8.9D hole"]
[null,"  Conductor material","Aluminum"]
[null,"  Conductor cross sectional area",296,"mm2"]
[null,"  Length/coil ",107,"m"]
[null,"  Weight/coil",100,"kg"]
[null,"  Cooling circuits/coil",1]
[null,"  Water flow rate/coil @ 20 °C DT",2,"gpm"]
[null,"  Pressure drop/magnet",120,"psi"]
[null,"  Temperature rise in coil",20,"°C"]
[null,"  No. of  blocks in bend",5]
[null,"  Core material","1005 low C steel"]
[null,"  Steel core weight",2937,"kG"]
[null,"  Fabrication technique","Laminated ","H-type"]
[null,"  Lamination thickness","1.52(0.0598)","mm(inches)"]
[null,"  No. of laminations/magnet",3182]
[null,"  No. of laminations/block",588]
[null,"  Magnet steel length",2286,"mm"]
[null,"  Magnet block length","447(17.6)","mm(inches)"]
[null,"  Gap between blocks at center",12,"mm"]
[null,"  Inter-laminate pressure",60,"psi"]
[]
[null,"Trim coil specifications"]
[null,"  Trim coil/magnet",2]
[null,"  Configuration","Horizontal dipole"]
[null,"  Current",15,"A"]
[null,"  Turns/trim",10]
[null,"  Amp turns/magnet",400]
[null,"  Field strength",0.264,"kG"]
[null,"  Bend angle @ 3 GeV",3.2,"mrad"]
[null,"  Conductor material","Copper"]
[null,"  Dimensions","13 (0.078)","gauge(sq)"]
[null,"  Conductor area",0.006,"in2"]
[null,"  Power ",0.1,"kW"]
[null,"  Cooling ","Ambient cooled"]
[]
[null,"Quadrupole magnet @ 3 GeV"]
[null,"QD"]
[null,"  Magnet name in lattice","QD"]
[null,"  Magnet designation","60 QD 260"]
[null,"  No. of magnets in the ring",20]
[null,"  Beam energy",3,"GeV"]
[null,"  Magnet bore diameter",7,"mm"]
[null,"  Field gradient @ 3.0 GeV",1.4,"kG/cm"]
[null,"  Field strength @ 120 MeV",0.056,"kG/cm"]
[null,"  Field gradient",2.4,"kG/cm"]
[null,"  Field at pole tip 3 GeV",3.92,"kG"]
[null,"  Magnetic length",300,"mm"]
[null,"  Overall length",420,"mm"]
[null,"  Overall width",490,"mm"]
[null,"  Overall height",490,"mm"]
[null,"  Overall weight",130,"kg"]
[null,"  Good field region","32h x 60 w","mm"]
[null,"  Maximum beam width",11,"mm"]
[null,"  Maximum beam height",22,"mm"]
[null,"  Magnet efficiency (%)","> 95","%"]
[null,"  Current",313,"A"]
[null,"  Ampere turns","5013/pole"]
[null,"  Maximum voltage drop/coil @ 10 Hz",14.7,"V"]
[null,"  Magnet resistance @ 37 °C",3.4,"mW"]
[null,"  Magnet inductance",0.8,"mH"]
[null,"  Magnet time constant L/R",0.23,"sec"]
[null,"  Total power loss @ 10 Hz",0.467,"kW"]
[null,"    Driving current loss",0.38,"kW"]
[null,"    Coil eddy current loss @ 10 Hz",0.08,"kW"]
[null,"    Core loss (Eddy + Hysterisis) @ 10 Hz",0.007,"kW"]
[null,"  Stored energy",0.14,"kJ"]
[null,"  No. of turns/coil",16]
[null,"  No. of coils/magnet",4]
[null,"  Current density",1926,"A/in2"]
[null,"  Conductor dimensions"]
[null,"     Conductor size",45,"mm2"]
[null,"     Conductor hole diameter",7.32,"mm"]
[null,"  Conductor material","Copper"]
[null,"  Conductor cross sectional area",0.1625,"in2"]
[null,"  Length/coil ",14,"m"]
[null,"  Weight/coil",12.4,"kg"]
[null,"  Cooling circuits/coil",2]
[null,"  Water flow rate",20,"GPM"]
[null,"  Pressure drop/magnet",20,"psi"]
[null,"  Temperature rise in coil",20,"°C"]
[null,"  Core material","1005 low C steel"]
[null,"  Steel core weight",94.2,"kG"]
[null,"  Fabrication technique","Laminated","4 pieces"]
[null,"  Lamination thickness","1.52(0.0598)","mm(inches)"]
[null,"  Laminations/magnet","171 x  4"]
[null,"  Magnet steel length",260,"mm"]
[null,"  Magnetic length",290,"mm"]
[null,"  Core length","260 10.24","inches"]
[null,"  Inter-laminate pressure",60,"psi"]
[]
[null,"Trim coil specifications"]
[null,"No. of trim coils /magnet",4]
[null,"  Wiring configuration","Vertical dipole"]
[null,"  Current",25,"A"]
[null,"  Ampere  turns/trim",400]
[null,"  Turns/pole",16]
[null,"  Bend angle",0.37,"mrad"]
[null,"  Conductor material","Copper"]
[null,"  Conductor size","0.20 x 0.20","in2"]
[null,"  Conductor cross sectional area",625,"in2"]
[null,"  Current density",625,"A/in2"]
[null,"  Power",0.1,"kW"]
[]
[null,"QF"]
[null,"  Magnet name in lattice","QF"]
[null,"  Magnet designation","30 QF 325"]
[null,"  No. of magnets in the ring",20]
[null,"  Beam energy",3,"GeV"]
[null,"  Magnet bore diameter",7,"mm"]
[null,"  Field gradient @ 3.0 GeV",1.4,"kG/cm"]
[null,"  Field strength @ 120 MeV",0.056,"kG/cm"]
[null,"  Field gradient",2.4,"kG/cm"]
[null,"  Field at pole tip,  3 GeV",3.92,"kG"]
[null,"  Magnetic length",300,"mm"]
[null,"  Overall length",485,"mm"]
[null,"  Overall width",490,"mm"]
[null,"  Overall height",490,"mm"]
[null,"  Overall weight",162,"kg"]
[null,"  Good field region","32h x 60 w","mm"]
[null,"  Maximum beam width",31,"mm"]
[null,"  Maximum beam height",7,"mm"]
[null,"  Magnet efficiency (%)","> 95","%"]
[null,"  Current",313,"A"]
[null,"  Ampere turns","5013/pole"]
[null,"  Maximum voltage drop/coil @ 10 Hz",18.6,"V"]
[null,"  Magnet resistance @ 37 °C",3.4,"mW"]
[null,"  Magnet inductance",1,"mH"]
[null,"  Magnet time constant L/R",0.25,"sec"]
[null,"  Total power loss @ 10 Hz",0.566,"kW"]
[null,"    Driving current loss",0.468,"kW"]
[null,"    Coil eddy current loss @ 10 Hz",0.09,"kW"]
[null,"    Core loss (Eddy + Hysterisis) @ 10 Hz",0.008,"kW"]
[null,"  Stored energy",0.18,"kJ"]
[null,"  No. of of turns/coil",16]
[null,"  No.  of coils/magnet",4]
[null,"  Current density",1926,"A/in2"]
[null,"  Conductor dimensions"]
[null,"     Conductor size",45,"mm2"]
[null,"     Conductor hole diameter",7.32,"mm"]
[null,"  Conductor material","Copper"]
[null,"  Conductor cross sectional area",0.1625,"in2"]
[null,"  Length/coil ",17.6,"m"]
[null,"  Weight/coil",15.5,"kg"]
[null,"  Cooling circuits/coil",2]
[null,"  Water flow rate",20,"GPM"]
[null,"  Pressure drop/magnet",20,"psi"]
[null,"  Temperature rise in coil",20,"°C"]
[null,"  Core material","1005 low C steel"]
[null,"  Steel core weight",122,"kG"]
[null,"  Fabrication technique","Laminated","4 pieces"]
[null,"  Lamination thickness","1.52(0.0598)","mm(inches)"]
[null,"  Laminations/magnet","214 x 4"]
[null,"  Magnet steel length",325,"mm"]
[null,"  Magnetic length",355,"mm"]
[null,"  Core length","325 12.80","inches"]
[null,"  Inter-laminate pressure",60,"psi"]
[]
[null,"Trim coil specifications"]
[null,"  No. of trim coils /magnet",4]
[null,"  Wiring configuration","Vertical dipole"]
[null,"  Current",25,"A"]
[null,"  Ampere  turns/trim",400,"amp-turns"]
[null,"  Turns/pole",16]
[null,"  Bending angle",0.37,"mrad"]
[null,"  Conductor material","Copper"]
[null,"  Conductor size","0.20 x 0.20","in2"]
[null,"  Conductor cross sectional area",625,"in2"]
[null,"  Current density",625,"A/in2"]
[null,"  Power",0.1,"kW"]
[]
[null,"Sextupole magnet (booster)"]
[null,"  Magnet name in lattice","S"]
[null,"  Magnet designation","70 S 80"]
[null,"  Beam energy",3,"GeV"]
[null,"  Field gradient @ 3.0 GeV",0.24,"kG/cm2"]
[null,"  Field strength @ 120 MeV",0.004,"kG/cm2"]
[null,"  Field gradient",0.4,"kG/cm2"]
[null,"  Field at pole tip, 3 GeV",1.47,"kG"]
[null,"  Magnetic length",115,"mm"]
[null,"  Overall length",120,"mm"]
[null,"  Overall width",320,"mm"]
[null,"  Overall height",370,"mm"]
[null,"  Overall weight",22.5,"kg"]
[null,"  Good field region","32h x 60 w","mm"]
[null,"  Maximum beam width",31,"mm"]
[null,"  Maximum beam height",22,"mm"]
[null,"  Magnet efficiency (%)","> 98","%"]
[null,"  Current",160.8,"A"]
[null,"  Ampere turns","1447/pole"]
[null,"  Maximum induced voltage @ 10 Hz",4.2,"V"]
[null,"  Magnet resistance @ 37 °C",0.8,"mW"]
[null,"  Magnet inductance",0.41,"mH"]
[null,"  Magnet time constant L/R",0.5,"sec"]
[null,"  Total power loss @ 10 Hz",6,"W"]
[null,"    Driving current loss",4,"W"]
[null,"    Coil eddy current loss @ 10 Hz",1,"W"]
[null,"    Core loss (Eddy + Hysterisis) @ 10 Hz",1,"W"]
[null,"  Stored energy",52,"J"]
[null,"  No. of turns/coil",9]
[null,"  No. of coils/magnet",6]
[null,"  Current density",5.33,"A/mm2"]
[null,"  Conductor dimensions"]
[null,"     Conductor size","6.48 x 6.48","mm2"]
[null,"     Conductor hole diameter",0.318]
[null,"  Conductor material","Copper"]
[null,"  Conductor cross sectional area",30,"mm2"]
[null,"  Length/coil ",2,"m"]
[null,"  Weight/coil",0.945,"kg"]
[null,"  Cooling circuits/coil",1]
[null,"  Water flow rate",0.51,"GPM"]
[null,"  Pressure drop/magnet",50,"psi"]
[null,"  Temperature rise in coil",20,"°C"]
[null,"  Core material","1005 low C steel"]
[null,"  Steel core weight",20,"kG"]
[null,"  Fabrication technique","Laminated"," 2 pieces"]
[null,"  Lamination thickness","1.52(0.0598)","mm(inches)"]
[null,"  Laminations/magnet","53 x 2"]
[null,"  Magnet steel length",80,"mm"]
[null,"  Inter-laminate pressure",60,"psi"]
[]
[null,"Kicker magnet for injection and extraction"]
[null,"Length",30,"cm","injection"]
[null,"Length",60,"cm","ejection"]
[null,"Gap height",25,"mm"]
[null,"Gap width",60,"mm"]
[null,"Conductor thickness",60,"mm"]
[null,"Required kick angle",42,"mrad","injection"]
[null,"Required kick angle",4,null,"ejection"]
[]
[null,"Septum magnet (extraction)"]
[null,"Design energy",3.5,"GeV"]
[null,"Field strength",7.13,"kG"]
[null,"Excitation wave form","Sine wave ",null,"30 Hz"]
[null,"Gap height",15,"mm"]
[null,"Bending radius",16.36,"mm"]
[null,"Bending angle",3.61,"deg"]
[null,"Ampere-turn",8511,"A turn"]
[null,"Peak current",531.94,"A turn"]
[null,"Peak voltage at 30 Hz",351.2,"V"]
[null,"Effciciency (DC)",98.8,"%"]
[null,"Coil average power",97.6,"W"]
[null,"Conductor material","Pierced Al"]
[null,"Coil cooling",0.875,"gpm"]
[null,"Main core lamination ","1005 low C steel"]
[null,"Septum lamination material","M-36 Si steel"]
[null,"Core length",1,"mm"]
[null,"Total weight",1.3,"ton"]
[]
[null,"Alignment system"]
[null,"Pedestal Alignment Tolerance",6,"mm"]
[null,"Girder Final Alignment",2,"mm"]
[null,"Magnet alignment",0.3,"mm"]
[null,"Pedestal Movement",0.3,"mm"]
[null,"Girder Movement",-30,"mm"]
[]
["B.3","Magnet Power Supply"]
[null,"Bending MPS "]
[null,"  Resonant frequency",10,"Hz"]
[null,"  DC resistance",2.34,"W"]
[null,"  DC Voltage drop",702,"V"]
[null,"  Maximum voltage to ground",800,"V"]
[null,"  Peak current in magnets",600,"A"]
[null,"  Stored energy in circuit",145,"kJ"]
[null,"  DC power dissipation",212,"kW"]
[null,"  AC power dissipation",80,"kW"]
[]
[null,"QD MPS"]
[null,"  DC resistance",153,"mW"]
[null,"  DC Voltage drop",46,"V"]
[null,"  Maximum voltage to ground",170,"V"]
[null,"  Peak current in magnets",600,"A"]
[null,"  Stored energy in circuit",3,"kJ"]
[null,"  DC power dissipation",13.8,"kW"]
[null,"  AC power dissipation",7.6,"kW"]
[]
[null,"QF MPS"]
[null,"  DC resistance",167,"mW"]
[null,"  DC Voltage drop",50,"V"]
[null,"  Maximum voltage to ground",213,"V"]
[null,"  Peak current in magnets",600,"A"]
[null,"  Stored energy in circuit",3.9,"kJ"]
[null,"  DC power dissipation",15,"kW"]
[null,"  AC power dissipation",8.6,"kW"]
[]
[null,"Sextupole SD MPS"]
[null,"  No. of magnets/circuit",12]
[null,"  Inductance/circuit",4.9,"mH"]
[null,"  Resistance/circuit",15,"mW"]
[null,"  DC current",80,"A"]
[null,"  AC current",80,"A"]
[null,"  Peak current in magnets",160,"A"]
[null,"  DC voltage drop/circuit",1.3,"V"]
[null,"  AC  voltage drop/circuit","+1.5/-1.0","V"]
[null,"  Maximum voltage to ground",3,"V"]
[null,"  Peak stored energy/circuit",63,"J"]
[null,"  Power dissipation/circuit",150,"W"]
[]
[null,"Sextupole SF MPS"]
[null,"  No. of magnets/circuit",12]
[null,"  Inductance/circuit",4.9,"mH"]
[null,"  Resistance/circuit",15,"mW"]
[null,"  DC current",80,"A"]
[null,"  AC current","±80","A"]
[null,"  Peak current in magnets",160,"A"]
[null,"  DC voltage drop/circuit",1.3,"V"]
[null,"  AC  voltage drop/circuit","+1.5/-1.0","V"]
[null,"  Maximum voltage to ground",3,"V"]
[null,"  Peak stored energy/circuit",63,"J"]
[null,"  Power dissipation/circuit",150,"W"]
[]
[null,"Kicker magnet PS"]
[null,"Repetition rate",10,"Hz"]
[null,"Injection"]
[null,"     PFN voltage",20.9,"kV","150 MeV"]
[null,"     Flat-top top current",836,"A"]
[null,"     Rise time (5% to 95%)",120,"nsec"]
[null,"     Flat-top duration",260,"nsec"]
["    ","     Fall time (95% to 5%)",200,"nsec"]
[null,"Ejection"]
[null,"     PFN voltage",20.1,"kV","3 GeV"]
[null,"     Flat-top top current",804,"A"]
[null,"     Rise time (5% to 95%)",260,"nsec"]
[null,"     Flat-top duration",190,"nsec"]
["    ","     Fall time (95% to 5%)",300,"nsec"]
[]
["B.4","RF system"]
[null,"Number of cavity",1]
[null,"No. of cells/cavity",5]
[null,"Frequency",358.54,"MHz"]
[null,"Klystron power",500,"kW","CW"]
[]
["B.5","Vacuum system"]
[null,"Chamber material","S.S"]
[null,"Chamber thickness",0.3,"mm"]
[null,"Chamber dimension","60 × 32","mm","elliptical"]
[]
["C.","Linear accelerator"]
["C.1","General"]
[null,"Energy",120,"MeV","112 MeV for injection"]
[null,"Beam intensity","≥ 2.0 × 1010","e-/sec"]
[null,"Energy spread",1,"%"]
[null,"Normalized emittance (eg)"]
[null,"   Horizontal",20,"mm mrad"]
[null,"   Vertical",10,"mm mrad"]
[null,"Unnormalized emittance at 120 MeV"]
[null,"   Horizontal",0.085,"mm mrad"]
[null,"   Vertical",0.043,"mm mrad"]
[]
["C.2","RF gun"]
[null,"Type","Thermionic"]
[null,"Number of cells",1.5]
[null,"Cathode material","LaB6"]
[null,"Cathode temperature",1600,"K"]
[null,"Current density",100,"A/cm2"]
[null,"Peak current","> 10","A"]
[null,"Cavity frequency",2856,"MHz"]
[null,"Bunch length","~2","mm"]
[null,"Bunch length in time","> 30 ","psec","50 RF degrees"]
[null,"Particles/S-band bunch","≥ 4.2 × 108","e-"]
[null,"Particles/3 S-band bunches","≥ 12.5 × 108","e-"]
[null,"Repetition rate",10,"Hz"]
[null,"RF power",5,"MW"]
[null,"Output beam energy",2.5,"MeV"]
[null,"Cooling water temperature","(35-55) ± 1","°C"]
[]
["C.3","Beam chopper"]
[null,"Number of bunchers after chopper",3]
[null,"Beam deflection magnet","permanent"]
[null,"Pulse voltage",7,"kV"]
[null,"Pulse rise time",10,"nsec"]
[]
["C.4","Accelerating section"]
[null,"Length/section",3,"m"]
[null,"Frequency",2856,"MHz"]
[null,"Mode","2p/3"]
[null,"RF filling time",0.75,"msec"]
[null,"No. of klystrons and modulators",3]
[null,"Pulse power","≥ 30","MW"]
[null,"Repetition rate",10,"Hz"]
[null,"Energy spread at the end of the linac",0.4,"%"]
[null,"Cooling water temperature","45 ± 0.1","°C"]
[]
["C.5","Klystron "]
[null,"Peak output power",35,"MW"]
[null,"Frequency",2856,"MHz"]
[null,"Peak beam voltage",265,"kV"]
[null,"Peak beam current",286,"A"]
[null,"Peak beam power",75.8,"MW"]
[null,"Repetition rate",10,"Hz"]
[null,"RF pulse length (max)",1.5,"msec"]
[null,"Modulator pulse length (max)",3.5,"msec"]
[null,"Klystron efficiency",47,"%"]
[null,"AC power",3.32,"kW"]
[null,"Focusing magnet","permanent"]
[null,"Cathode type","oxide"]
[null,"Cooling water temperature","25 ± 0.5","°C"]