Diapositive 1

SC Elliptical cavities design and associated R&D

MAX mid-term design review

12/13 NOVEMBER 2012, SCKCEN, BrusselsR. Paparella, INFN MilanoOn behalf of the task 3.1 team

Layout of the talkElliptical cavitiesRF design from ASH/TRASCO collaborationCavity manufacturing and cold testHelium tank integration, magnetic shielding and fast tunerADS cryomodule test standCryostat thermal design Manufacturing and assembly at SIMICExperimental resultsCommissioning at IPNOReview of performed cold testsCurrent status and perspectives

R. Paparella, MAX mid-term design review, Brussels, November 12-13, 2012.

NThe b = 0.47 cavity RF designCavity final design at 704.4 MHz has been the result of the TRASCO/ASH collaboration, exploiting a fully parameterized model of a SC cavityR. Paparella, MAX mid-term design review, Brussels, November 12-13, 2012.

Full parametric model of the cavity in terms of 7 meaningful geometrical parameters:Ellipse ratio at the equator (R=B/A) Ruled by MechanicsEllipse ratio at the iris (r=b/a) EpeakSide wall inclination (a) and position (d) Epeak vs. Bpeak tradeoff and coupling kCavity iris radius Riris Coupling kCavity Length L bCavity radius D used for frequency tuningBehavior of all e.m. and mechanical properties has been found as a function of the above parametersNThe b = 0.47 cavity figuresR. Paparella, MAX mid-term design review, Brussels, November 12-13, 2012.Cavity b0.5Number of different cell geometries3Cell typeInt.Ext leftExt rightHalf-cell length [mm]505050Iris radius [mm]404065Equator ellipse ratio, R1.61.71Iris ellipse ratio, r1.31.31.3Wall angle [deg]5.55.984.84Wall distance [mm]776Cell-to-cell coupling [%]1.34Phys. cavity length [mm]830Number of cells5Epeak/Eacc3.57Bpeak/Eacc [mT/(MV/m)]5.88r/Q [Ohm]90Stiffening radius [mm]70KL [Hz/(MV/m)2] (inner cell, inf stiff)-7NThe b = 0.47 cavity prototypesTwo low and two high RRR single-cell prototypes built within TRASCO:Built by E. Zanon (Italy)Treated at CEA-Saclay and TJNAF with BCP, HPWR and class 100 CR assemblyVertically tested at CEA-Saclay, TJNAF and LASA

R. Paparella, MAX mid-term design review, Brussels, November 12-13, 2012.

NR. Paparella, MAX mid-term design review, Brussels, November 12-13, 2012.The b = 0.47 cavity building the cavity

Dimensional and RF test on half-cells and on dumb-bells for QCSoft-BCP to clean the welding regionReduced number of welds, time-dominating factor is the pump down and the cooling after welding

NThe b = 0.47 cavity 5 cell cavityDefined the production choosing all the technological solutionsNbTi Flanges based on TTF/SNS solutionReady for Titanium Helium Vessel (with stiffening TIG welded) Dummy HOM portsR. Paparella, MAX mid-term design review, Brussels, November 12-13, 2012.

NThe b = 0.47 cavity 5 cell cavity vert testsEp/Eacc=3.57 , Bp/Eacc=5.88 mT/(MV/m)Z501 TJNAF 31/03/2004 , Z502 Saclay 24/06/2004 R. Paparella, MAX mid-term design review, Brussels, November 12-13, 2012.

NThe b = 0.47 cavity toward dressed cavityA special setup has been built on purpose for cavity FF and goal frequency tuningHelium tank realized to fulfill external stiffness requirementsR. Paparella, MAX mid-term design review, Brussels, November 12-13, 2012.

NThe b = 0.47 cavity coaxial blade tunerA coxial blade tuning system has been designed, inspired by the model realized by INFN for TESLA cavities.A moving steel leverage transfers, through deforming Ti blades, the tuning action of stepper motor drive unit.Two piezo actuators allow for fast and fine tuningR. Paparella, MAX mid-term design review, Brussels, November 12-13, 2012.

NThe b = 0.47 cavity magnetic shieldBoth inner cryoperm shield in tank and outer m-metal shield in warm region solutions have been investigatedFinally internal designed has been fixedPre-assembled to measure the shielding and compare to simulationsR. Paparella, MAX mid-term design review, Brussels, November 12-13, 2012.

NThe ADS cryomodule test standR. Paparella, MAX mid-term design review, Brussels, November 12-13, 2012.Short, single-cavity module jointly realized by INFN Milano and IPN Orsay within the EUROTRANS projectBased on the SNS concept of short independentlyfed and rapidly exchangeable unitswill be used for long testing for the reliability characterization of components

NThe cryomodule cavity frameR. Paparella, MAX mid-term design review, Brussels, November 12-13, 2012.Cavity power coupler orientation is verticalReference for supports is CEBAF solutionCavity space frame simplifies assembly and handling of the cavity after CRNo need for vertical movementsKept minimal longitudinal space (flat heads vs standard PV dome heads)

NThe cryomodule cryogenicsR. Paparella, MAX mid-term design review, Brussels, November 12-13, 2012.Helium buffer in the moduleLiquid helium line for coupler coolingValve box from IPN

Circuit 4.3KCircuit 1.9KShield(W)Static(W)Dynamic (W)(W)Transfer Line0.5Cold box2.020.0Cryomodule4.025.050.0Coupler1.20.0Total3.74.025.070.032.7Mass flow (g/s) 1.70 0.45NThe cryomodule manufacturingR. Paparella, MAX mid-term design review, Brussels, November 12-13, 2012.Cryomodule has been manufctured by SIMIC firm at Camerana (Italy)Delivery to IPNO in March 2010

NThe cryomodule IPNO Experimental areaR. Paparella, MAX mid-term design review, Brussels, November 12-13, 2012.Doorknob transitionsPower couplerCryogenics valve boxCavity and tuning systems

RF source160 kW DC PS80 kW IOTNThe cryomodule commissioning at IPNOR. Paparella, MAX mid-term design review, Brussels, November 12-13, 2012.

NResults RF power supply & conditioningR. Paparella, MAX mid-term design review, Brussels, November 12-13, 2012.Coupler conditioning benchTunable cavity with copper plungerBaking, vacuum management and diagnosticsAs of today:Couplers and cavity baked at 130C vacuum up to 5.10-8 mbar, no leak detected on the ceramic windowA first travelling wave (CW) conditioning at 1kW is doneTests of RF circulator Circulator efficiency is very sensitive to temperature & the regulation system of the coil is slow Several Breakdowns / Flash occurred in the DC power supply (40 kV 4 A) 2 modules were sent to Bruker for assessment

NResults RF power supply & conditioningR. Paparella, MAX mid-term design review, Brussels, November 12-13, 2012.Pre -conditioning (1 kW) of the couplers

Power ramped-up to 880 W in 24 h Automatic procedure and control program validated. Good signal transmission (reflection coeff.-30 dB) No multipacting detected during the low power test Vacuum leak rate remained at: 1.210-8 mbar.l.s-1

RF power (W)RF power (W)TimeCinCoutE. Rampnoux & S. BerthelotNResults RF power supply & conditioningR. Paparella, MAX mid-term design review, Brussels, November 12-13, 2012.

DC power supply has been repaired and electric insulation improved.

17th to 21st Spet.2012 : the IOT has been successfully re-re-re-tested with its RF circulator in full reflection until 80 kW. The current of the circulator coil had been tuned to enable fast RF power increase (switch on/off). (J. Lesrel (IPNO))

The DC power supply can now be control through a labview program (C. Joly (IPNO))

25th sept. 2012 : The coupler test stand was assembled to the IOT

The preparation of the High power conditioning is almost achieved (cabling, safety box .)

Conditioning will start in October 2012E. RampnouxHigh power supply & coupler statusNResults critical coupling cold testsR. Paparella, MAX mid-term design review, Brussels, November 12-13, 2012.Critical coupling no power coupler:Understand the complete cryogenic system behaviorQ0 measurement @ 4K & 2KCheck the good behavior of the RF Phase Locked Loop (PLL)Measurement of the static capabilities of the tuning system : stepper motorFast tuning systems influence : range of detuning & piezos Transfer Function

Overview of the tests campaign1st test : - July 2010 - Big leakage on the He tank detected. Experiment stopped & cavity travelled back to ZANON.2nd test : - February/March 2011 - New leakage on the He tank test at 4 K but we encountered problems with the PLL : not able to power correctly the cavity.3rd test : - October 2011 cavity characterization at 1.9 K.4th test: - May 2012 cryogenic characterization of cryomodule and cryoplant.

NResults 1st cold testR. Paparella, MAX mid-term design review, Brussels, November 12-13, 2012.

NResults 1st cold testR. Paparella, MAX mid-term design review, Brussels, November 12-13, 2012.

NResults 2nd cold testR. Paparella, MAX mid-term design review, Brussels, November 12-13, 2012.Experimental results Measurement of the cryogenic procedure only at 4K (2K pumping system was not ready). Supervision procedure and safety for cryo. & vacuum had been finalised. Stepper motor tuning capabilities measured

stepper motor - detuning range (@ 4K): ~270 kHzCryogenic control system by A. El Tarr (IPNO)Programmable logic controller (Siemens) :_ collect data (vacuum, temperature, level s)_ valves control _ manage safety aspects (Vacuum loss, Quench, etc)Labview supervision programme :_ display the measured data_ manage the cool down procedureA. El Tarr (IPNO)

NResults 2nd cold testadjustments

BEFOREAFTER Improvements of the piping for cool-down procedure

A new leakage appeared on He tank. Repaired at IPNO (several N2 thermal cycles applied). OK Bringing material used for the welding : Ti Gr2

Malfunctioning of the PLL system : no possibility to inject RF power at the right frequency, only a very low signal in the cavity. No Q0 measurement. filter of the loop was modified (hardware).

RF feedthrough replaced with INFN trick !R. Paparella, MAX mid-term design review, Brussels, November 12-13, 2012.NResults 3rd cold test

No leak anymore on the tank repairing procedure confirmed

March 2011October 2011 warm point detected at the Cryomodule /valve box connection Level probes in the helium pot need to be gauged 2K pumping achieved during one day and control by hand No direct pressure on the helium bath, only an rough idea of the helium bath temperature. Some thermal sensors were poorly thermalized

A Few points which still deserved to be improved Static losses : ~ 7.5 W (@ 2 K) (N. Chevalier) & ~ 5.5 W (@ 4 K - module closed on it self) R. Paparella, MAX mid-term design review, Brussels, November 12-13, 2012.NResults 3rd cold test

Measurement at ~ 1.9 K (Rsurf 9 n; RBCS 3 n Rres ~ 6 n) Le 27/10/2011 afternoon (T ~ 1,9K)Le 27/10/2011 morning (T ~ 2.0 K)the 12/10/2011 (T ~ 4.2 K)multipactingProcessingRF cable limits (breakdown @ Pinc ~ 170W)QuenchCoupling : _ Qi 2.0 1010 _ Qt 2.3 1011 (@ g=0.47)R. Paparella, MAX mid-term design review, Brussels, November 12-13, 2012.NResults 3rd cold testR. Paparella, MAX mid-term design review, Brussels, November 12-13, 2012.

Motor Hysteresis on small displacement (~ 0.1 mm) : 2kHz After a few cycle motor action was blocked : Screw and nuts seized!!Piezo actuators Effect below expectation by one order of magnitude : +150V ~200 Hz detuning. Measurement only achieved at 4K, with a high sensibility to pressure variation. Doubt on the cabling?SEIZED !?NResults 4th cold testR. Paparella, MAX mid-term design review, Brussels, November 12-13, 2012.

NResults 4th cold testR. Paparella, MAX mid-term design review, Brussels, November 12-13, 2012. The module and the cryogenic installation are fully qualified & we set-up a system which enable to have an accurate control of the helium bath temperature.

Measured performances in agreement with expectations : at 1.9 K one can operate the module until ~35 W heat load on the cavity + ~ 6 W static losses (i.e. ~ 41 W Losses). (limitation seems to be due to the diameter size of valves)

Warm point at interconnection valves box / cryostat is still here : we probably have to live with it (static losses are quite low).

Instrumentation can always be improved :Homemade level probes doesnt work properly - New ones with electronic control box will be ordered to AMI (American Magnetics). Investigation on thermal sensor shift in progress (maybe heat load from cables)NResults understanding motor seizingR. Paparella, MAX mid-term design review, Brussels, November 12-13, 2012.No large failing has been detected, just clear evidences of high level of friction. The rather large quantity of copper stripped in one point could be the major responsible for the actual seizing.Analysis of the story of motor unit revealed that CuBe shaft has not been heat-treated / hardened: big impact on material strength as well as surface hardness.These drive units produced by INFN and used so far are going to be replaced by XFEL-compliant drive units that have been already purchased (delivery expected within October) within MAX funding.These units will be the exact replica of XFEL ones, taking therefore full benefit of DESY expertise and quest for reliability.

1.5 mm

Copper deposition on one steel nut thread surface

NPerspectivesR. Paparella, MAX mid-term design review, Brussels, November 12-13, 2012. Except few instrumentation (probe thermal sensor) details the module is fully operational on the cryogenic point of view.

We are currently moving the helium pumps (primary + roots) to its final configuration in a new building. Ready for January 2013.

The power coupler conditioning will start very soon and we plan a 2 months period for the test : October - November 2012

A clean room session has to be foreseen for December 2012: for the power coupler assembly.

The Module preparation and wave guide installation is planned for: December 2012 / January 2013.

First High Power test : February / March 2013.Marouane El Yakoubi will take in charge the 700 MHz experimental program at IPNO(Start mi-October 2012) Ntest#1Test #1, trasco047Aug-14-01Pump to 2KG =148.2ohmCi =175.7358.76ohmCr =664.55Ct =2.52808/14/01fPTBeta inc.Q01/TRs [nohm]Qext1Qext2Eacc691.8278564.3365837924.87E-041.22E-041.20E-051.65E+021.35E-026.66E+082.31E-012.22E+024.89E+109.83E+100.10692.0687454.19162710591.22E-032.34E-047.92E-051.80E+028.01E-027.72E+082.39E-011.92E+029.61E+092.26E+110.40692.1676804.09959145251.22E-032.25E-049.41E-052.00E+028.98E-028.66E+082.44E-011.71E+029.60E+092.35E+110.44692.2956204.00900233611.21E-032.13E-041.12E-042.20E+021.01E-019.63E+082.49E-011.54E+029.46E+092.41E+110.49692.4275403.8781321011.20E-032.00E-041.38E-042.45E+021.15E-011.09E+092.58E-011.36E+029.42E+092.42E+110.54692.5324883.78560954461.18E-031.83E-041.60E-042.55E+021.33E-011.15E+092.64E-011.29E+028.63E+092.43E+110.58692.6554263.66579663051.18E-031.65E-042.12E-042.90E+021.57E-011.34E+092.73E-011.11E+028.46E+092.41E+110.67692.7643563.51483465521.18E-031.50E-042.70E-043.20E+021.81E-011.51E+092.85E-019.83E+018.27E+092.36E+110.75692.8553193.42648212311.18E-031.30E-043.35E-043.50E+022.15E-011.70E+092.92E-018.74E+017.85E+092.39E+110.84692.9232803.32521693041.18E-031.15E-044.15E-044.05E+022.44E-012.01E+093.01E-017.36E+018.17E+092.49E+110.95693.0412153.13186657079.06E-046.38E-054.67E-044.90E+023.19E-012.59E+093.19E-015.73E+018.03E+092.54E+111.02693.1121652.95293381867.30E-044.01E-055.00E-045.60E+023.74E-013.09E+093.39E-014.80E+018.16E+092.45E+111.03693.181382.83994684174.98E-042.09E-054.57E-046.60E+024.30E-013.80E+093.52E-013.90E+018.70E+092.38E+110.98693.2021222.76549072065.00E-041.87E-055.17E-047.00E+024.53E-014.10E+093.62E-013.61E+018.90E+092.33E+111.02693.2281102.70503108813.98E-041.37E-054.70E-047404.70E-014.40E+093.70E-013.37E+019.18E+092.21E+110.95693.249992.6454116933.96E-041.29E-055.24E-047.90E+024.80E-014.74E+093.78E-013.13E+019.65E+092.14E+110.99693.269892.58704640373.35E-041.10E-054.98E-048.50E+024.79E-015.11E+093.87E-012.90E+011.04E+102.04E+110.94693.288782.51728024862.52E-041.09E-054.11E-049.00E+022.36E+001.23E+103.97E-011.20E+015.08E+094.27E+111.24693.299712.46921874152.52E-041.14E-054.47E-049.40E+022.41E+001.31E+104.05E-011.13E+015.27E+094.13E+111.27693.311652.42531018352.51E-041.15E-054.80E-049.50E+022.43E+001.34E+104.12E-011.11E+015.32E+093.88E+111.27693.322602.38649973542.12E-041.20E-054.29E-041.00E+032.72E+001.53E+104.19E-019.67E+005.42E+093.98E+111.22693.331552.34535702952.16E-041.38E-054.64E-041.06E+032.93E+001.72E+104.26E-018.60E+005.64E+094.06E+111.28693.34502.30150907692.18E-041.46E-055.02E-041.08E+033.03E+001.81E+104.34E-018.20E+005.70E+093.88E+111.30693.35442.24463813681.79E-041.47E-054.26E-041.12E+033.52E+002.11E+104.46E-017.02E+005.70E+094.04E+111.23693.36372.17096179531.75E-041.58E-054.54E-041.16E+033.81E+002.35E+104.61E-016.32E+005.81E+093.91E+111.24693.37332.12437674761.47E-041.72E-054.20E-041.26E+034.97E+003.22E+104.71E-014.60E+006.00E+094.05E+111.22693.38262.0323036241.20E-041.71E-053.52E-041.32E+036.52E+004.33E+104.92E-013.42E+006.04E+094.30E+111.15693.388242.00284283841.22E-041.88E-053.74E-041.38E+037.45E+005.17E+104.99E-012.87E+006.21E+094.38E+111.208/15/01693.1161652.95293381861.16E-041.34E-056.51E-056.00E+022.04E-012.91E+093.39E-015.10E+011.40E+102.00E+110.34693.1471502.8919138241.16E-041.26E-057.51E-056.50E+022.18E-013.19E+093.46E-014.65E+011.44E+101.98E+110.36693.171392.84439543991.17E-041.22E-058.33E-056.80E+022.29E-013.37E+093.52E-014.40E+011.45E+101.96E+110.38693.1861302.80352024811.17E-041.18E-059.12E-056.90E+022.36E-013.44E+093.57E-014.30E+011.43E+101.87E+110.39693.332492.29237509621.18E-041.17E-052.45E-041.12E+034.16E+002.41E+104.36E-016.16E+005.51E+094.79E+111.01693.37938242.00284283841.22E-041.76E-053.81E-041.38E+036.65E+004.65E+104.99E-013.19E+006.30E+094.24E+111.19PTT=2 K242.0028428384Low field calibrationCi =175.731.02E-04693.38797B =8.32E+00Qext2Cr =664.551.67E-051380QL =5472563439.622538.87E+11Ct =2.5282.95E-0458.761.02E+127.78E+118.73E+11Qext1 =6.13E+099.32E+006.15E-039.31E-06Qext2 =4.72E+111.21E-01Q0 =5.72E+101.106.91E+117.84E+117.43E+11High field measurementsQext2 =4.50E+11Q0Att Pi [dB]Att Pr [dB]Att Pt [dB]Eacc^2f [Hz]1.02E-041.67E-052.95E-046.15E-031.085.46E+106933883540001.166933883541.48E-042.08E-054.87E-041.10E-021.385.06E+106933881570006933881572.20E-042.70E-057.80E-041.87E-021.754.73E+106933879170006933879173.37E-043.72E-051.26E-033.13E-022.224.58E+106933882930004.956933882935.00E-045.30E-051.92E-034.78E-022.754.57E+106933883690007.546933883697.43E-047.35E-052.94E-037.43E-023.404.50E+1069338824700011.556933882479.43E-049.15E-053.68E-039.56E-023.804.38E+1069338803800014.456933880381.22E-031.09E-044.82E-031.30E-014.354.21E+1069338779600018.936933877961.52E-031.35E-046.03E-031.62E-014.874.23E+1069338758800023.686933875881.90E-031.30E-046.93E-032.30E-015.223.43E+106933883970.300027.226933883972.29E-031.86E-048.49E-032.57E-015.773.75E+106933881190.500033.356933881192.89E-031.68E-041.01E-023.71E-016.303.10E+106933868610.300039.676933868613.50E-031.56E-041.14E-024.83E-016.692.69E+106933866650.800044.786933866655.28E-031.85E-041.58E-027.65E-017.882.35E+106933860412.500062.066933860416.74E-031.47E-041.86E-021.04E+008.552.04E+106933855354.573.066933855358.49E-031.40E-042.13E-021.35E+009.151.80E+106933853477.783.666933853471.07E-024.50E-042.36E-021.52E+009.631.76E+109103.301.69E-021.60E-032.63E-021.84E+0010.161.63E+10138/15/01PTT=2 K242.0028428384Low field calibrationCi =175.731.21E-04693.3795B =6.68E+00Cr =664.551.75E-051380QL =5472496590.16113Ct =2.5283.79E-0458.76Qext1 =6.29E+097.42E+008.68E-03Qext2 =4.23E+111.10E-01Q0 =4.67E+101.18High field measurementsQext2 =4.23E+11Q0Att Pi [dB]Att Pr [dB]Att Pt [dB]Eacc^2f [Hz]1.21E-041.75E-053.79E-048.68E-031.184.67E+100001.401.89E-042.35E-056.62E-041.59E-021.564.44E+106933795230002.446933795232.72E-042.97E-051.02E-032.55E-021.944.28E+106933795170003.766933795174.28E-044.22E-051.68E-034.29E-022.494.18E+106933794690006.206933794696.43E-045.96E-052.57E-036.69E-023.084.10E+106933793830009.486933793831.02E-038.80E-054.09E-031.10E-013.883.99E+1069337921100015.086933792111.31E-031.08E-045.32E-031.45E-014.433.92E+1069337905500019.626933790551.64E-031.27E-046.53E-031.87E-014.913.72E+1069337889400024.086933788942.04E-031.37E-047.80E-032.48E-015.363.36E+1069337872800028.776933787282.49E-031.31E-048.80E-033.28E-015.702.86E+106933786030.400032.466933786033.15E-031.03E-049.80E-034.60E-016.012.27E+106933784800.600036.146933784803.76E-037.65E-051.04E-025.84E-016.191.90E+10693378413100038.366933784134.69E-034.23E-051.11E-027.68E-016.401.54E+106933783281.800040.946933783285.60E-031.90E-051.16E-029.42E-016.541.32E+106933781882.100042.786933781887.04E-031.45E-051.22E-021.20E+006.711.09E+106933780503.800045.006933780508.88E-034.90E-051.27E-021.50E+006.849.07E+09693377888500046.846933778881 hr RF processingLow field calibrationCi =175.731.03E-04693.3795B =7.60E+00Cr =664.551.60E-051340QL =5313873500.59125Ct =2.5282.91E-0458.76Qext1 =6.01E+098.44E+006.68E-03Qext2 =4.61E+111.10E-01Q0 =5.08E+101.08High field measurementsQext2 =4.61E+11Eacc^2f [Hz]6.33E-033.19E-023.00E-022.68E+0110.991.31E+0969337604310020606933760436.31E-033.30E-022.75E-022.35E+0110.521.36E+096933763265020606933763266.31E-033.31E-022.75E-022.32E+0110.521.38E+0969337648320606933764834.09E-031.98E-022.55E-021.94E+0110.131.53E+09693377012302060102.586933770121.26E-034.25E-032.23E-021.08E+019.472.40E+09693377540206089.706933775407.08E-041.77E-032.13E-027.71E+009.263.22E+0969337767561206085.686933776756.81E-027.15E-032.13E-027.16E+009.263.46E+0969337774900085.686933777494.32E-023.25E-032.08E-025.38E+009.154.50E+0969337790083.676933779002.78E-021.18E-032.05E-024.05E+009.085.90E+096933779462782.466933779461.80E-023.10E-042.00E-022.91E+008.978.02E+096933780501780.456933780501.42E-021.25E-041.93E-022.36E+008.819.51E+096933781451377.646933781451.14E-025.30E-051.84E-021.93E+008.601.11E+106933783009.174.026933783008.60E-037.00E-051.74E-021.42E+008.371.43E+106933784615.669.996933784616.83E-031.10E-041.63E-021.09E+008.101.75E+10693378630465.576933786305.38E-031.40E-041.51E-028.14E-017.792.16E+106933788201.560.746933788204.47E-031.73E-041.40E-026.35E-017.502.57E+106933789801.156.326933789803.56E-032.00E-041.24E-024.61E-017.063.13E+106933792380.349.886933792382.97E-032.00E-041.10E-023.61E-016.653.55E+106933794330.144.256933794332.41E-031.90E-049.12E-032.74E-016.063.88E+1069337973036.696933797301.97E-031.53E-047.62E-032.25E-015.543.94E+1069337994030.656933799401.58E-031.31E-046.05E-031.75E-014.934.02E+1069338019724.346933801971.26E-031.06E-044.89E-031.39E-014.444.11E+1069338031919.676933803199.50E-048.12E-053.72E-031.04E-013.874.18E+1069338057014.966933805707.74E-047.05E-052.96E-038.17E-023.454.22E+1069338067011.916933806706.07E-045.65E-052.34E-036.32E-023.074.31E+106933807859.416933807855.06E-044.85E-051.92E-035.18E-022.784.32E+106933808437.726933808433.46E-043.75E-051.25E-033.27E-022.244.45E+106933809725.036933809722.20E-042.59E-057.72E-041.95E-021.764.61E+106933810513.116933810511.52E-042.02E-054.85E-041.21E-021.404.68E+106933811151.956933811151.03E-041.60E-052.91E-046.68E-031.085.08E+106933811371.17693381137

test#100000000000000000000000000000000000000

2.87 nW1/T [1/K]Rs [nW]Single cell cavity TRASCO b=0.47 - Rs vs. 1/T

Q0vsEacc#100000000000000000000000000000000000000

Pressure [torr]Frequency [MHz]

fvsE2#154558871417.314346664259956.60731305807117.761350574935933.623744411028287.60491362727324.7796247334485229.044642755920489.69981378236456.780345773599233.836641809969059.45981529330333.7576145703868730.94441040689331.67842396332239.9458245019719508.425339881456194.31373220639908.6909843788616640.355939212920850.37333464938422.2175742145650913.112637242551988.41544504935260.3583942304434907.821733632938483.91665898125026.6059434279891081.026328635324151.19598016586032.7568537529137058.141422740734528.76599513506466.4374730996229927.228819034910781.094711125214368.01726874334287.952315438486568.240914268060460.874223496443162.332113151896637.586517487444420.771220351202553.441410890123603.060521606112622.703618014662942.13599069232033.542925679656278.380917644132729.259831314050073.3116259636994.363235480113242.81338751122553.674239412416557.604340207430897.332141099542415.947141842352720.390642219092930.519543132145058.253843153771801.358344505219158.163646130332662.539446848929902.049650759837606.2538

&R&D &FTest #1T = 2 KDesign goal8/14/20018/15/200108/15/01 - 1 hr RF processingEacc [MV/m]Q0Single cell cavity TRASCO b=0.47Q0 vs. Eacc

test#2693388354693379523693376043693388157693379517693376326693387917693379469693376483693388293693379383693377012693388369693379211693377540693388247693379055693377675693388038693378894693377749693387796693378728693377900693387588693378603693377946693388397693378480693378050693388119693378413693378145693386861693378328693378300693386665693378188693378461693386041693378050693378630693385535693377888693378820693385347693378980103.3020419259693379238693379433693379730693379940693380197693380319693380570693380670693380785693380843693380972693381051693381115693381137

&R&D &FTest #1T = 2 K8/14/20018/15/200108/15/01 - 1 hr RF processingE2acc [(MV/m)2]f [Hz]Single cell cavity TRASCO b=0.47f vs. E2acc

Q0vsEacc#2Test #28/28/01PTT=2 K242.0028428384Low field calibrationCi =175.731.10E-04693.29146B =7.25E+00Cr =664.551.67E-051380QL =5471801734.60253Ct =2.5283.20E-0458.76Qext1 =6.23E+098.05E+007.42E-03Qext2 =4.60E+111.09E-01Q0 =5.01E+101.13High field measurementsQext2 =4.60E+11Q0Att Pi [dB]Att Pr [dB]Att Pt [dB]Eacc^21.10E-041.67E-053.20E-047.42E-031.135.01E+106932914740006932914741.26E-041.80E-053.87E-049.20E-031.254.89E+106932914930006932914931.53E-042.03E-054.93E-041.22E-021.414.71E+106932914570006932914571.77E-042.20E-055.96E-041.50E-021.554.62E+106932914520006932914522.13E-042.51E-057.48E-041.89E-021.734.61E+106932914460006932914462.63E-042.95E-059.48E-042.42E-021.954.55E+106932914000006932914003.43E-043.60E-051.29E-033.31E-022.274.53E+106932913890005.186932913894.25E-044.31E-051.62E-034.19E-022.554.49E+106932913280006.506932913285.33E-045.17E-052.07E-035.41E-022.884.45E+106932912690008.306932912696.39E-045.98E-052.51E-036.62E-023.174.41E+1069329122000010.076932912208.87E-048.06E-053.48E-039.35E-023.744.32E+1069329105900013.966932910597.87E-047.37E-053.05E-038.16E-023.504.34E+1069329110800012.246932911081.10E-031.05E-044.20E-031.13E-014.104.32E+1069329098500016.856932909851.36E-031.19E-045.31E-031.46E-014.624.21E+1069329080800021.306932908081.70E-031.47E-046.72E-031.84E-015.194.24E+1069329060300026.966932906032.06E-031.92E-047.80E-032.15E-015.594.22E+1069329042800031.296932904282.56E-032.05E-041.00E-022.88E-016.334.03E+1069329013700040.126932901372.42E-031.97E-049.50E-032.70E-016.174.08E+1069329017700038.116932901772.92E-032.31E-041.14E-023.31E-016.764.00E+1069328990300045.746932899033.67E-032.72E-041.39E-024.29E-017.473.76E+106932895440.25000Could be multipacting55.776932895443.18E-032.38E-041.22E-023.70E-017.003.83E+1069328978800048.956932897884.05E-032.70E-041.50E-024.94E-017.763.53E+106932893850.200060.186932893854.69E-032.95E-041.66E-025.86E-018.163.29E+106932890840.466.606932890845.34E-032.85E-041.78E-027.04E-018.452.94E+106932888961.371.416932888965.97E-032.53E-041.92E-028.32E-018.782.68E+10693288725277.036932887257.18E-031.94E-042.09E-021.08E+009.162.25E+106932884734.583.856932884738.54E-031.53E-042.25E-021.34E+009.501.95E+106932882406.490.276932882401.06E-021.10E-042.38E-021.73E+009.771.60E+106932880251195.496932880251.34E-022.05E-052.52E-022.28E+0010.051.29E+1069328784018101.106932878401.63E-021.06E-042.64E-022.73E+0010.291.12E+1069328770023105.926932877001.96E-022.20E-042.74E-023.23E+0010.489.86E+0969328750833109.936932875082.67E-025.30E-042.83E-024.27E+0010.667.70E+0969328738347113.54693287383Tried He processing, 2.5e-5 mbar of He, but transmitted power stacked at about 15mWLow field calibrationCi =175.731.38E-04693.29146B =6.38E+00Cr =664.551.94E-051260QL =4995992888.11535Ct =2.5283.50E-0458.76Qext1 =5.78E+096.92E+001.05E-02Qext2 =4.74E+118.45E-02Q0 =4.00E+101.20High field measurementsQext2 =4.74E+11Q0Att Pi [dB]Att Pr [dB]Att Pt [dB]Eacc^23.63E-035.00E-058.45E-035.83E-015.821.68E+1000033.905.69E-035.80E-059.20E-039.38E-016.081.14E+1000036.916.26E-045.32E-052.20E-036.91E-022.973.70E+100008.832.52E-042.79E-058.01E-042.37E-021.793.92E+100003.211.36E-042.10E-053.47E-049.07E-031.184.45E+100001.391.58E-042.24E-054.25E-041.18E-021.314.18E+100001.711.86E-042.37E-055.45E-041.56E-021.484.07E+106932921300002.196932921302.12E-042.55E-056.42E-041.87E-021.603.99E+106932921290002.586932921292.60E-042.84E-058.24E-042.47E-021.823.87E+106932920900003.316932920903.26E-043.32E-051.08E-033.25E-022.083.86E+106932920540004.336932920544.17E-043.90E-051.41E-034.38E-022.383.74E+106932920370005.666932920375.14E-044.60E-051.77E-035.53E-022.663.72E+106932919720007.106932919726.25E-045.30E-052.21E-036.90E-022.983.72E+106932919000008.876932919007.60E-046.20E-052.72E-038.55E-023.303.70E+1000010.911.07E-038.05E-053.86E-031.25E-013.943.59E+1069329171300015.496932917131.27E-039.15E-054.56E-031.51E-014.283.51E+1069329164100018.296932916411.59E-031.05E-045.62E-031.95E-014.753.34E+1000022.551.92E-031.05E-046.45E-032.52E-015.092.98E+1069329123000025.886932912302.27E-039.60E-057.01E-033.17E-015.302.57E+106932911400.300028.126932911402.65E-038.15E-057.52E-033.93E-015.492.23E+106932910980.400030.176932910983.43E-035.40E-058.20E-035.46E-015.741.74E+100.600032.904.32E-032.39E-058.80E-037.21E-015.941.42E+101.300035.315.38E-032.20E-059.30E-039.07E-016.111.19E+101.437.316.61E-033.00E-059.70E-031.12E+006.241.01E+106932907531.838.926932907538.20E-037.85E-051.01E-021.36E+006.378.61E+092.540.529.85E-031.80E-041.04E-021.59E+006.467.62E+09441.72f [Hz]693379523693379517693379469693379383693379211693379055693378894693378728693378603693378480693378413693378328693378188693378050693377888f [Hz]693376043693376326693376483693377012693377540693377675693377749693377900693377946693378050693378145693378300693378461693378630693378820693378980693379238693379433693379730693379940693380197693380319693380570693380670693380785693380843693380972693381051693381115693381137

Q0vsEacc#21

2.87 nWSingle cell cavity TRASCO b=0.47 - Rs vs. 1/T

fvsE2#250089399917.773416832660797.049548869387818.424411395509650.376947148292707.172836999450243.827946238663604.510739241801686.331346086228105.79344471852299.134445488126102.749941832929937.805645298399221.070840703677747.235344874752003.375839922742281.247344481433258.256338711283822.577944052625404.313838619582220.144543242062447.873737408136140.945643425326869.427637204085001.938643223706187.416537204300057.094542120113244.946236975840122.636242422525687.173535945930712.106242215819653.270135126549292.190640296470861.132733415730844.40240833688695.137629782280813.299840043650153.665425663873147.489137646177971.621922261772927.447738332677665.830617446449594.469635257033869.55314181715135.420232906603840.934211910489261.899129379306632.680410089486789.266726800611767.80778608559218.6136322486675155.58687624157350.8812919479081128.265215990414743.655512857222929.437911248127543.71259860527424.151047704314083.45882

&R&D &FTest #2T = 2 KDesign goalEacc [MV/m]Q0Single cell cavity TRASCO b=0.47Q0 vs. Eacc

test#369329147433.901300881869329149336.91029208436932914578.82637419416932914523.21360260436932914461.39215992976932914001.705095014869329138969329213069329132869329212969329126969329209069329122069329205469329105969329203769329110869329197269329098569329190069329080810.912608094569329060369329171369329042869329164169329013722.547374077669329017769329123069328990369329114069328954469329109869328978832.898303814369328938535.305496776369328908437.311490911369328889669329075369328872540.521081527369328847341.7246780083693288240693288025693287840693287700693287508693287383

&R&D &FTest #1T = 2 KE2acc [(MV/m)2]f [Hz]Single cell cavity TRASCO b=0.47f vs. E2acc

Q0vsEacc#3Test #3, trasco047Nov-13-01Pump to 2KG =148.2ohmCi =173.8458.76ohmCr =599.72Ct =2.861611/13/01fPTBeta inc.Q01/TRs [nohm]Qext1Qext2Eacc691.54538454.32282755593.91E-037.96E-041.80E-041.95E+028.81E-028.41E+082.31E-011.76E+029.52E+093.30E+110.77691.9416464.04897825793.11E-036.00E-042.03E-042.40E+021.01E-011.05E+092.47E-011.41E+021.03E+103.26E+110.81692.1045623.91540331132.60E-034.64E-042.15E-042.65E+021.21E-011.18E+092.55E-011.26E+029.74E+093.32E+110.84692.1995023.81117223432.59E-034.40E-042.59E-042.95E+021.33E-011.33E+092.62E-011.12E+029.96E+093.33E+110.92692.3274463.70570601291.90E-032.93E-042.39E-043.20E+021.56E-011.47E+092.70E-011.01E+029.36E+093.31E+110.88692.4433903.59052612171.90E-032.82E-042.72E-043.45E+021.66E-011.60E+092.79E-019.26E+019.61E+093.30E+110.94692.5253383.47269803211.57E-032.02E-042.99E-043.90E+022.00E-011.86E+092.88E-017.95E+019.26E+093.29E+110.99692.6252863.34141259141.25E-031.86E-042.96E-044.40E+021.65E-012.05E+092.99E-017.24E+011.23E+102.54E+110.86692.7772213.15130425241.26E-031.13E-044.35E-045.40E+022.85E-012.77E+093.17E-015.35E+019.64E+093.34E+111.20692.7971963.06769466171.01E-037.60E-054.34E-045.80E+023.24E-013.07E+093.26E-014.82E+019.39E+093.17E+111.17692.9411302.80352024811.03E-034.50E-057.53E-047.60E+024.41E-014.40E+093.57E-013.37E+019.84E+093.07E+111.51692.96921122.71541760484.20E-042.77E-053.45E-048.20E+023.54E-014.48E+093.68E-013.31E+011.24E+102.51E+110.93693.001962.62835276264.22E-041.80E-054.03E-048.80E+024.46E-015.14E+093.80E-012.89E+011.13E+102.74E+111.04693.001942.61677199683.46E-041.67E-053.30E-049.00E+024.20E-015.16E+093.82E-012.87E+011.21E+102.69E+110.94693.012882.5809619473.47E-041.63E-053.55E-049404.26E-015.42E+093.87E-012.73E+011.25E+102.64E+110.96693.022832.54979211323.47E-041.52E-053.76E-049.80E+024.40E-015.71E+093.92E-012.59E+011.27E+102.66E+110.99693.034772.51060411463.48E-041.53E-054.06E-041.00E+034.39E-015.84E+093.98E-012.54E+011.30E+102.52E+111.01693.045712.46921874152.93E-041.78E-053.43E-041.02E+032.69E+001.53E+104.05E-019.70E+005.55E+096.12E+111.44693.054662.43281965862.94E-041.65E-053.65E-041.04E+032.57E+001.51E+104.11E-019.81E+005.73E+095.81E+111.45693.06612.39443794672.55E-041.39E-053.38E-041.07E+032.53E+001.53E+104.18E-019.67E+005.89E+095.55E+111.36693.08148.52.28775916192.54E-041.56E-053.70E-041.14E+032.71E+001.73E+104.37E-018.58E+006.19E+095.50E+111.42693.104637.72.17874714362.20E-041.62E-053.69E-041.24E+033.03E+002.06E+104.59E-017.20E+006.54E+095.36E+111.40693.11332.52.11828058222.19E-041.90E-054.10E-041.30E+033.42E+002.38E+104.72E-016.23E+006.66E+095.17E+111.45693.125262.0323036242.20E-042.20E-054.45E-041.34E+033.85E+002.71E+104.92E-015.46E+006.69E+095.06E+111.49693.132242.00284283841.89E-043.07E-052.92E-041.36E+036.95E+004.55E+104.99E-013.26E+006.17E+097.41E+111.46PTT=2 K242.0028428384Low field calibrationCi =173.841.61E-04693.133B =4.79E+00Cr =599.722.00E-051360QL =5391267740.18663Ct =2.86163.10E-0458.76Qext1 =6.52E+095.07E+001.51E-02Qext2 =5.63E+115.87E-02Q0 =3.31E+101.31High field measurementsQext2 =5.50E+11Q0Att Pi [dB]Att Pr [dB]Att Pt [dB]Eacc^2f [Hz]1.61E-042.00E-053.10E-041.51E-021.303.23E+100001.682.21E-042.03E-054.77E-042.49E-021.613.02E+106931316080002.596931316083.15E-042.30E-057.17E-043.89E-021.972.90E+106931316000003.906931316003.87E-042.40E-058.93E-045.03E-022.202.79E+106931315560004.856931315564.97E-042.93E-051.15E-036.55E-022.502.76E+106931314820006.256931314826.19E-043.15E-051.48E-038.45E-022.842.76E+106931314560008.046931314567.72E-043.38E-051.84E-031.09E-013.162.66E+1069313136900010.006931313699.27E-043.90E-052.20E-031.31E-013.462.63E+1069313135200011.966931313521.28E-034.70E-053.00E-031.86E-014.042.54E+1069313143000016.306931314301.52E-034.90E-053.60E-032.25E-014.422.52E+1069313107700019.566931310771.90E-035.40E-054.47E-032.85E-014.932.47E+1069313091600024.296931309162.29E-036.15E-055.40E-033.46E-015.422.46E+1069313078600029.346931307862.89E-036.80E-056.74E-034.42E-016.052.40E+1069313054500036.636931305453.64E-037.90E-058.36E-035.61E-016.742.34E+1069313028900045.436931302894.75E-039.30E-051.08E-027.39E-017.662.30E+1069312981658.696931298165.97E-031.10E-041.33E-029.34E-018.502.24E+1069312932072.276931293205.38E-039.80E-051.22E-028.42E-018.142.28E+1069312955166.306931295516.84E-031.50E-041.51E-021.06E+009.062.25E+1069312906282.066931290628.22E-031.50E-041.80E-021.29E+009.892.20E+1069312867497.826931286747.30E-031.80E-041.57E-021.12E+009.242.21E+1069312900885.326931290089.48E-032.00E-042.01E-021.47E+0010.452.15E+10693128125109.236931281251.13E-022.40E-042.33E-021.75E+0011.252.10E+10693127553126.626931275531.44E-022.40E-042.94E-022.28E+0012.642.03E+106931267530.5159.776931267531.75E-023.70E-043.43E-022.72E+0013.651.98E+106931255841.19186.396931255842.23E-026.00E-044.07E-023.40E+0014.871.88E+106931245414.8221.176931245412.84E-027.80E-044.70E-024.33E+0015.981.71E+1069312346810.4255.416931234683.76E-021.80E-035.32E-025.30E+0017.001.58E+1069312232027.6289.106931223204.80E-024.00E-035.60E-025.79E+0017.441.52E+1069312137665304.316931213766.15E-023.50E-036.33E-028.41E+0018.551.18E+10693119932158343.986931199327.64E-025.30E-036.46E-029.92E+0018.741.03E+10693119791290351.056931197911.00E-018.30E-036.68E-021.22E+0119.058.61E+09693119777520363.006931197777.30E-031.33E-027.11E-021.34E+0119.668.37E+0969311944565012.3386.376931194459.67E-031.88E-028.80E-021.70E+0121.878.14E+0969311522070012.3478.216931152201.20E-022.15E-029.44E-022.23E+0122.656.67E+09693114810238012.3512.996931148101.60E-024.10E-021.00E-032.24E+0122.786.72E+09693114803250012.319.8518.966931148032.13E-025.60E-021.12E-032.90E+0124.115.81E+09693113303409012.319.8581.246931133032.96E-028.33E-021.18E-033.71E+0124.754.78E+09693112000659012.319.8612.376931120003.73E-021.13E-011.24E-034.20E+0125.374.44E+09693110971807012.319.8Quench643.516931109717.35E-031.38E-028.72E-021.32E+0121.771.04E+1012.35.93E-037.60E-038.60E-021.27E+0121.621.07E+1012.34.50E-031.80E-038.37E-021.20E+0121.331.10E+1012.33.61E-037.30E-047.87E-029.99E+0020.681.24E+1028712.32.79E-032.50E-047.18E-027.88E+0019.751.43E+1012112.32.19E-032.00E-046.39E-026.16E+0018.631.63E+1047.312.32.79E-022.20E-045.34E-024.57E+0017.031.84E+10102.21E-022.16E-044.47E-023.58E+0015.591.96E+102.61.75E-023.09E-043.62E-022.75E+0014.032.07E+100.31.44E-021.87E-043.11E-022.30E+0013.002.13E+100.151.14E-021.57E-042.52E-021.82E+0011.702.18E+109.52E-031.40E-042.11E-021.51E+0010.712.20E+107.49E-031.40E-041.70E-021.17E+009.612.29E+106.21E-031.53E-041.41E-029.47E-018.752.34E+104.93E-039.40E-051.15E-027.68E-017.912.36E+103.93E-038.00E-059.30E-036.09E-017.112.41E+102.99E-036.56E-057.17E-034.60E-016.242.45E+102.38E-036.00E-055.76E-033.61E-015.592.51E+101.90E-035.25E-054.60E-032.86E-015.002.53E+101.58E-034.80E-053.85E-032.35E-014.572.58E+101.26E-034.70E-053.05E-031.82E-014.072.64E+101.05E-033.78E-052.58E-031.53E-013.742.65E+107.78E-043.60E-051.89E-031.08E-013.202.75E+106.42E-042.95E-051.57E-038.94E-022.922.76E+105.24E-043.56E-051.19E-036.63E-022.542.82E+104.22E-042.52E-051.00E-035.54E-022.332.84E+103.28E-042.25E-057.66E-044.13E-022.042.92E+102.20E-041.90E-054.87E-042.55E-021.633.01E+101.58E-041.73E-053.21E-041.62E-021.323.12E+109.81E-032.88E-048.96E-041.18E+0121.561.14E+1050012.319.9000019.81.21E-023.16E-049.78E-041.69E+0122.538.68E+09126012.319.9000019.81.61E-024.50E-041.03E-032.09E+0123.127.42E+09196012.319.9000019.82.14E-025.40E-041.14E-033.12E+0124.325.49E+09440012.319.9000019.82.99E-028.35E-041.20E-033.90E+0124.964.62E+09700012.319.9000019.83.73E-021.14E-031.25E-034.30E+0125.474.37E+09800012.319.9000019.8

Q0vsEacc#300000000000000000000000000000000000000

2.87 nWSingle cell cavity TRASCO b=0.47 - Rs vs. 1/T

fvsE2#300000000000000000000000000000000000000

Pressure [torr]Frequency [MHz]

32297019132.64710418299598.604430175267344.703910655475276.103928998921958.526211008997338.630127920066017.40612393208360.425727617894109.977414338281776.540727572508589.30816319624432.821826649273111.091918409210576.302926338066351.916419627335365.585425420208377.614820693177770.967425232684428.985521261695684.291324674696003.540521762754197.175724580624527.813121983656153.464923982013985.521222879026581.302623433983580.983423422794132.082222999332287.645723574914680.462322416670050.702324050388898.652622815950167.348124536143818.520222507477620.174925093334356.086622003793403.950925345406682.239722138421456.914125799830607.97721512482235.789926357549990.204520993111683.566426509613029.842920337296920.064627479499705.383419831408894.214427633289192.983118838425019.141128233446931.375517064850731.036128416600199.73315784340552.115729167196740.88615234983450.155830109360427.604111844797939.810431238222957.20910251325008.988911376588877.14858606936422.014938680159911.299528368747241.571267415761043.958088136864266.213865488653188.04256673714255.666344623931090.598586717865893.432334372910653.915395806453171.844744779698796.754874436413689.18136

&R&D &FTest #3T = 2 KDesign goalEacc [MV/m]Q0Single cell cavity TRASCO b=0.47Q0 vs. Eacc

693131608693131600693131556693131482693131456693131369693131352693131430693131077693130916693130786693130545693130289693129816693129320693129551693129062693128674693129008693128125693127553693126753693125584693124541693123468693122320693121376693119932693119791693119777693119445693115220693114810693114803693113303693112000693110971

&R&D &FTest #3T = 2 KE2acc [(MV/m)2]f [Hz]Single cell cavity TRASCO b=0.47f vs. E2acc

Chart125841592966.987925544255041.208726558793032.33325091179321.666924566541771.633223555165426.280822812981254.6821877538119.158320392662901.711818827770250.356916679748766.090814567793856.972512336424701.15558728746640.92846319416365.58464617702222.69763415294958.43852624064598.64312079271303.53851834700289.04281637941334.3234

lectronsEacc (MV/m)QoZ1 03 A1 T=2K

Feuil1Campagne de mesures du mardi 23 octobre 2001Cryostat : CV2BFichier paramtres : CV2B Zannon 700A :8.724.767.84G :0.80.80.8C :22.3722.383RH, RB, R/Q :1322121137.02G, L, F :147.80.1700ModeHeureEacc (MV/m)Q0Rs (nOHM)Tmoy (K)Erreur (%)KeBetaIBetaTFrq (MHz)P Cavit (mW)P Trans. (mW)P Rfl. (mW)P Inc. (mW)Attn.Q Inc.Q Trans.Taux (msec)T basse (K)T haute (K)M T (dBm)M R (dBm)M I (dBm)CommentaireCALIBRATION15:04:003.452.58E+105.722.003.81.373.45390.0512694.088432000124.446.3752.00182.81407.48E+095.05E+111808.002.012.00-3.60-10.84-7.61MESURE15:07:002.422.55E+105.792.015.71.373.62050.0506694.08767800062.093.1428.3193.54437.06E+095.05E+111808.002.012.00-6.67-13.48-10.52MESURE15:07:001.682.66E+105.572.0010.21.373.95290.0526694.08804100028.711.5115.2845.50466.72E+095.05E+111808.002.012.00-9.85-16.16-13.65MESURE15:08:004.142.51E+105.892.001.21.373.31310.0497694.087979000184.839.1871.45265.46387.57E+095.05E+111808.002.001.99-2.01-9.46-5.99MESURE15:09:005.232.46E+106.022.001.81.373.22570.0486694.087811000301.2614.66110.66426.58367.62E+095.05E+111808.002.001.990.02-7.56-3.93MESURE15:09:006.512.36E+106.271.991.61.373.09750.0466694.087092000486.6322.70165.20674.53347.60E+095.05E+111808.002.001.991.92-5.82-1.94MESURE15:10:008.182.28E+106.481.991.51.373.00290.0452694.085702000792.6935.81252.931081.43327.60E+095.05E+111808.002.001.993.90-3.970.11MESURE15:10:0010.092.19E+106.761.991.31.372.96310.0433694.0836170001256.8754.45390.841702.16307.38E+095.05E+111808.001.991.995.72-2.082.08MESURE15:10:0012.382.04E+107.251.992.11.372.66890.0404694.0803400002031.4982.04504.662618.18287.64E+095.05E+111808.001.991.997.50-0.973.95MESURE15:11:0013.701.88E+107.851.992.31.372.46060.0373694.0781550002694.57100.46554.633349.65277.65E+095.05E+111808.001.991.998.38-0.565.02MESURE15:11:0014.791.67E+108.861.991.21.372.20230.0330694.0756910003540.78116.95549.544207.27267.57E+095.05E+111808.002.001.999.04-0.606.01MESURE15:12:0015.701.46E+1010.152.000.51.371.93700.0288694.0733810004569.77131.83486.415188.00257.52E+095.05E+111808.002.001.999.56-1.136.92MESURE15:12:0016.511.23E+1011.982.002.01.371.68190.0244694.0711930005971.71145.88383.716501.30247.33E+095.05E+111808.002.002.0010.00-2.167.90qq xMESURE15:12:0017.868.73E+0916.932.009.81.371.29280.0173694.0679460009870.43170.61144.8810185.91226.75E+095.05E+111808.002.002.0010.68-6.399.85xMESURE15:13:0018.796.32E+0923.392.0019.61.370.70650.0125694.06617200015087.28188.80500.0315776.11208.94E+095.05E+111808.002.001.9911.12-1.0111.75xMESURE15:13:0019.584.62E+0932.011.993.91.370.59380.0091694.06491800022431.69205.121629.3024266.10187.78E+095.05E+111808.001.991.9911.484.1213.62qq e-MESURE15:14:0020.273.42E+0943.281.992.41.370.44560.0068694.06369300032498.23219.795741.1638459.18167.66E+095.05E+111808.001.991.9811.789.5915.620.002nAMESURE15:14:0020.792.62E+0956.321.992.01.370.34370.0052694.06217600044495.22231.2114157.9458884.37147.63E+095.05E+111808.001.991.9812.0013.5117.470.01nAMESURE15:15:0021.232.08E+0971.081.990.31.370.27700.0041694.06033800058529.76240.9927925.4486696.19127.51E+095.05E+111808.002.001.9912.1816.4619.150.012nAMESURE15:15:0021.451.83E+0980.562.001.91.370.24080.0036694.05885700067720.91246.0440926.07108893.01107.62E+095.05E+111808.002.002.0012.2718.1220.140.015nAMESURE15:15:0021.671.64E+0990.242.000.71.370.22040.0032694.05712100077444.32251.1953826.98131522.4857.43E+095.05E+111808.002.002.0012.3619.3120.960.016nA

Feuil1

lectronsEacc (MV/m)QoZ1 03 A1 T=2K

Feuil2

Feuil3