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Geometry/TrackerCommonData/data/Materials/cables.in
718 строк
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Giulio Eulisse
Snapshot of CMSSW_6_2_0_pre8.
26 июн 2013, 18:12
26 июн 2013, 18:12
214ab73
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Common service cable types ========================== $$ ATTENTION: Materials calculated in this file are used $$ in mixtures for other materials ! $$ So if you change something, do not forget to $$ update the materials input file and the dimensions $$ in the other materials that use it !! $$ Input file for mixture.f Start new mixtures with a '#' in the first column Start the components with a '*' in the first column You can type any kind of comment in as long as you don't start it with '#' or '*' ! ..................................................................... For mixture declaration: Name of Mixture, Name of GMIX for title file, Monte Carlo Volume, MC Area For items in a compound: Item number, Comment, Material (has to be written exactly as in material.input file), Volume, Multiplicity ..................................................................... ===================================================================== 6366,93 9550,39 14,84 126 67,46 7470,03 22,32 glass fibre heating foils kapton heating foils Inconel circuit 3183,46 238,76 79,59 o Optical Fibers --------------- 20070829 rranieri Outer diameter: 900 um = 0.9 mm = 0.09 cm MCVolume: (pi*(0.09/2)^2 cm^2) * 1 cm = 6.362 x 10^-3 cm^3 Weight/cm inferred from direct measurements, see http://test-gmagazzu.web.cern.ch/test%2Dgmagazzu/TOB/MB/AOH_MB.htm. Optical fibers two different types - transparents (polyethylene) - green (acrylate) take 1/2 polyethilane and 1/2 acrylate composition (1) Buffer (Polyethylene): m = 0.5 x [ ( 0.9713 / 88 / 2 ) ] = 2.759 x 10^-3 g density = 0.95 g/cm^3 --> volume = 2.904 x 10^-3 cm^3 (2) Buffer (Acrylate): m = 0.5 x [ ( 1.2089 / 88 / 2 ) ] = 3.434 x 10^-3 g density = 1.17 g/cm^3 --> volume = 2.935 x 10^-3 cm^3 (3) Coating (Acrylate): m = [ ( 0.0758 / 88 / 2 ) ] = 4.307 x 10^-4 g density = 1.17 g/cm^3 --> volume = 0.368 x 10^-3 cm^3 (4) Cladding+Core (take SiO2): m = [ ( 0.0472+0.0002 ) / 88 / 2 ) ] = 2.693 x 10^-4 g density = 2.20 g/cm^3 --> volume = 0.122 x 10^-3 cm^3 .............................................................................. # "Optical fiber" "Optical_Fiber" 6.362E-3 -1 * 1 "Optical fibers buffer (transparent)" "Polyethylene" 2.904E-3 1 CAB * 2 "Optical fibers buffer (green)" "Acrylate" 2.935E-3 1 CAB * 3 "Optical fibers coating" "Acrylate" 0.368E-3 1 CAB * 4 "Optical fibers cladding+core" "Silica" 0.122E-3 1 CAB .............................................................................. ============================================================================== o Ruggedized 12-fibers Ribbon --------------------------- 20070710 GSguazzoni MCVolume: (4.3mm*2.0mm)*1cm = 0.086000 cm^3 Total Weight/cm and fractional composition from direct measurement. Fractional composition of bare ribbon from data sheets. Nominal outer dimensions: 4.3mm*2.0mm (1) Plastic sheath (PE) ==> 4.95/0.95/100 = 0.051205 cm^3 (2) Aramide filler (=kevlar) ==> 1/1.44/100 = 0.006944 cm^3 (3) Ribbon matrix coating (Acrylate) ==> 0.004030 cm^3 (4) 12x Core (quartz) 0<diam<9micron + 12x Cladding (quartz) 9<diam<125micron ==> 0.001476 cm^3 (5) 12x Coating (acrylate) 125<diam<250micron ==> 0.004416 cm^3 Volumes per centimeter. ..................................................................... # "Ruggedized Ribbon" "T_RuggRibbon" 8.6000E-2 -1. * 1 "Plastic Sheath" "Polyethylene" 5.1205E-2 1 CAB * 2 "Filler" "Kevlar" 0.6944E-2 1 CAB * 3 "Matrix coating" "Acrylate" 0.4030E-2 1 CAB * 4 "12x Core+Cladding" "Silica" 0.1476E-2 1 CAB * 5 "12x Coating" "Acrylate" 0.4416E-2 1 CAB ...................................................................... ====================================================================== o Ruggedized Ribbon 12x Female MU Connector ----------------------------------------- 20070710 GSguazzoni 20070829 rranieri MCVolume: (6.0*2.0*1.0) cm^3 = 12.0 cm^3 Total Weight and fractional composition from direct measurement. MC Volume roughly external dimensions. (1) Plastic Case (Polyethylene) ==> (10-1.9)/0.95 = 8.5263 cm^3 (2) Ceramic Sleeve (Ceramic) ==> 1.9/3.96525 = 0.4792 cm^3 (3) Plastic 2D tag (Polyethylene) ==> 0.12/0.95 = 0.1263 cm^3 (4) 2x Fixing Screws (Iron) ==> 0.2/7.87 = 0.0254 cm^3 Volumes per piece. ..................................................................... # "Ribbon 12x MU connector" "T_Ribbon12xMUConn" 12.0 -1. * 1 "Plastic" "Polyethylene" 8.5263 1 CAB * 2 "Ceramic" "Ceramic" 0.4792 1 CAB * 3 "2D tags" "Polyethylene" 0.1263 1 CAB * 4 "Screws" "Iron" 0.0254 1 SUP ...................................................................... ====================================================================== o Ruggedized Ribbon 12x Female MU Connector for TOB -------------------------------------------------- 20070829 rranieri MCVolume: (6.0*2.0*1.0) cm^3 = 12.0 cm^3 Total Weight and fractional composition from direct measurement. MC Volume roughly external dimensions. (1) Plastic Case (Polyethylene) ==> (9-1.9)/0.95 = 7.4737 cm^3 (2) Ceramic Sleeve (Ceramic) ==> 1.9/3.96525 = 0.4792 cm^3 (3) Plastic 2D tag (Polyethylene) ==> 0.12/0.95 = 0.1263 cm^3 (4) 2x Fixing Screws (Iron) ==> 0.2/7.87 = 0.0254 cm^3 Volumes per piece. ........................................................................ # "TOB Ribbon 12x MU connector" "TOB_Ribbon12xMUConn" 12.0 -1. * 1 "Plastic" "Polyethylene" 7.4737 1 CAB * 2 "Ceramic" "Ceramic" 0.4792 1 CAB * 3 "2D tags" "Polyethylene" 0.1263 1 CAB ........................................................................ ======================================================================== o TOB DOHM power connector ------------------------- 20070829 rranieri Total Weight/cm and fractional composition from direct measurement. Fractional composition of bare ribbon from data sheets. Nominal outer dimensions: 4.3mm*2.0mm (1) Kapton ==> (0.9485 g/m) / (1.4 g/cm^3) --> 0.6775 cm^3 / m (2) Aluminium ==> (1.863 g/m) / (2.7 g/cm^3) --> 0.69 cm^3 / m (3) Polyethylene ==> (4.680564 g/m) / (0.95 g/cm^3) --> 4.9269 cm^3 / m (4) Copper ==> (27.5109 g/m) / (8.96 g/cm^3) --> 3.0704 cm^3 / m MCVolume: (0.6775 + 0.69 + 4.9269 + 3.0704) cm^3 / m = 9.3648 cm^3 / m = 0.093648 cm^3 / cm ........................................................................ # "TOB DOHM Power Connector" "TOB_DOHM_PowerConnector" 9.3648E-2 -1. * 1 "Kapton" "T_Kapton" 0.6775E-2 1 CAB * 2 "Aluminium" "Aluminium" 0.6900E-2 1 CAB * 3 "Polyethylene" "Polyethylene" 4.9269E-2 1 CAB * 4 "Copper" "Copper" 3.0704E-2 1 CAB ........................................................................ ======================================================================== o Optical Ribbon -------------- This is 12 optical fibers together in a plastic shield (1) Fibers, X-sextion = 1.27e-4 cm^2 (2) total dimensions 3.1 x 0.32 mm^2 = 9.61e-3 cm^2 => plastic X-section: 8.1e-3 cm^3 ..................................................................... # "Optical fibre ribbon" "Fibre_Ribbon" 9.61E-3 -1. * 1 "Optical Fibers" "Quartz" 1.27E-4 12 CAB * 2 "Ribbon shield" "Polyethylene" 8.1e-3 1 CAB ..................................................................... ===================================================================== o Multi Service Control Cable --------------------------- Control cable connected to the digital Optohybrids From Robert's Habia table (13-03-02) Outer diameter is 6.0 mm (1) Cu x-sec 3.82 mm^2 (2) Insulation 12.54 mm^2 ..................................................................... # "Control Cable" "MS_cntrl_cable" 0.283 -1. * 1 "Copper" "Copper" 0.0382 1 CAB * 2 "Insulation" "Polyethylene" 0.1254 1 CAB ...................................................................... ====================================================================== o Multi Service PLCC (CAB Control Cable) TIB/TID version ------------------------------------------------------ 20070709 GSguazzoni MCVolume: (pi*(10/2)^2 mm^2)*1cm = 0.7854 cm^3 Total Weight/cm from direct measurement. Fractional composition from data sheets. Nominal outer diameter: 9.45 mm MC outer diameter set to 1cm. (1) Cu xsect 6.249 mm^2 (2) Insulation (PE) 66.841 mm^2 (3) Shielding (Al) 1.847 mm^2 Volumes per centimeter. ..................................................................... # "MS PLCC CAB Ctrl cable" "MS_CntrlTIBTID" 0.7854 -1. * 1 "Copper" "Copper" 6.249E-2 1 CAB * 2 "Insulation and sheath" "Polyethylene" 66.841E-2 1 CAB * 3 "Shielding" "Aluminium" 1.847E-2 1 CAB ...................................................................... ====================================================================== o CAB60 Aluminum Multi Service Cable (60 APVs) TIB/TID version ------------------------------------------------------------ 20070926 GSguazzoni MCVolume: (pi*(10/2)^2 mm^2)*1cm = 0.7854 cm^3 Weight/cm inferred from direct measurement and Habia data sheet. From direct measurement it is evident that the so-called Al conductors are not pure aluminium but an unknown alloy (effective density is ~3.4g/cm^3 instead of 2.7g/cm^3 of Al). Also the silver plating is not negligible. The "Al"-conductor composition has been computed assuming: - 4micron Ag plating on each 0.320mm yarn; - a Cu percentage to match the measured weight (~11.9%). Nominal outer diameter: 9.4 mm MC outer diameter set to 1cm. (1) Cu x-sect 3.085 mm^2 (2) Al x-sect 13.147 mm^2 (3) Insulation (PE) 21.460 mm^2 (4) Insulation (Polymide) 1.519 mm^2 <== Polymide ~ Kapton (5) Silver 0.564 mm^2 Volumes per centimeter. ...................................................................... # "MS CAB 60 Al cable TIBTID" "CAB_Al60TIBTID" 0.7854 -1. * 1 "Copper" "Copper" 3.085E-2 1 CAB * 2 "Aluminium" "Aluminium" 13.147E-2 1 CAB * 3 "Insulation" "Polyethylene" 21.460E-2 1 CAB * 4 "Sheath" "T_Kapton" 1.519E-2 1 CAB * 5 "Silver coating" "Silver" 0.564E-2 1 CAB ...................................................................... ====================================================================== o CAB60 Aluminum Multi Service Cable (60 APVs) -------------------------------------------- 20070926 GSguazzoni MCVolume: (pi*(10/2)^2 mm^2)*1cm = 0.7854 cm^3 Weight/cm inferred from direct measurement and Habia data sheet. See "CAB_Al60TIBTID" comments above. Nominal outer diameter: 10.6 mm MC outer diameter set to 1cm. (1) Cu x-sect 3.599 mm^2 (2) Al x-sect 14.201 mm^2 (3) Insulation (PE) 30.579 mm^2 (4) Insulation (Polymide) 1.715 mm^2 <== Polymide ~ Kapton (5) Silver 0.564 mm^2 Volumes per centimeter. ...................................................................... # "MS Al Cable 60 APVs" "CAB_Al60" 0.7854 -1. * 1 "Copper" "Copper" 3.599E-2 1 CAB * 2 "Aluminium" "Aluminium" 14.201E-2 1 CAB * 3 "Insulation" "Polyethylene" 30.579E-2 1 CAB * 4 "Sheath" "T_Kapton" 1.715E-2 1 CAB * 5 "Silver coating" "Silver" 0.564E-2 1 CAB ...................................................................... ====================================================================== o CAB60 Aluminum Multi Service Cable (48 APVs) -------------------------------------------- 20070926 GSguazzoni MCVolume: (pi*(10/2)^2 mm^2)*1cm = 0.7854 cm^3 Weight/cm inferred from direct measurement and Habia data sheet. See "CAB_Al60TIBTID" comments above. Nominal outer diameter: 9.6 mm MC outer diameter set to 1cm. (1) Cu x-sect 3.208 mm^2 (2) Al x-sect 11.013 mm^2 (3) Insulation (PE) 26.687 mm^2 (4) Insulation (Polymide) 1.552 mm^2 <== Polymide ~ Kapton (5) Silver 0.393 mm^2 Volumes per centimeter. ...................................................................... # "MS Al Cable 48 APVs" "CAB_Al48" 0.7854 -1. * 1 "Copper" "Copper" 3.208E-2 1 CAB * 2 "Aluminium" "Aluminium" 11.013E-2 1 CAB * 3 "Insulation" "Polyethylene" 26.687E-2 1 CAB * 4 "Sheath" "T_Kapton" 1.552E-2 1 CAB * 5 "Silver coating" "Silver" 0.393E-2 1 CAB ...................................................................... ====================================================================== o CAB60 Aluminum Multi Service Cable (36 APVs) -------------------------------------------- 20070926 GSguazzoni MCVolume: (pi*(10/2)^2 mm^2)*1cm = 0.7854 cm^3 Weight/cm inferred from direct measurement and Habia data sheet. See "CAB_Al60TIBTID" comments above. Nominal outer diameter: 9.6 mm MC outer diameter set to 1cm. (1) Cu x-sect 3.044 mm^2 (2) Al x-sect 9.771 mm^2 (3) Insulation (PE) 25.986 mm^2 (4) Insulation (Polymide) 1.536 mm^2 <== Polymide ~ Kapton (5) Silver 0.322 mm^2 Volumes per centimeter. ...................................................................... # "MS Al Cable 36 APVs" "CAB_Al36" 0.7854 -1. * 1 "Copper" "Copper" 3.044E-2 1 CAB * 2 "Aluminium" "Aluminium" 9.771E-2 1 CAB * 3 "Insulation" "Polyethylene" 25.986E-2 1 CAB * 4 "Sheath" "T_Kapton" 1.536E-2 1 CAB * 5 "Silver coating" "Silver" 0.322E-2 1 CAB ...................................................................... ====================================================================== o Bulkhead cables: Pixel input/output ------------------------------------ MC Volume: 30308.3 cm^3 cables and cooling updated by alschmid 20090326: (1-2) Pipes between PP0 and PP1: 18 cooling, 12 gas, 16 thermal screen pipes =46 pieces material copper, inner diameter 10mm, outer diam. 12mm length between PP0 and PP1 approx 1m. => 34.55cm3 of copper per pipe 80cm3 coolant (3-4) Copper power cables cable specifications available on twiki page: https://twiki.cern.ch/twiki/bin/view/CMS/PixelBarrelGeometryMaterials 1meter is in the cable channel area which results in 16kg copper == 1780cm3 3 kg PE = 3160cm3 (5-6) Optical ribbon Number of fibers: for barrel, I calculated 576 fibers, i.e. total = 960 fibers -> 80 ribbons, length 80 cm ...................................................................... # "Bulkhead pixel in/out-put" "Tk_panels_mid1" 30308.3 -1 * 1 "Cooling pipes" "Copper" 34.55 46 COL * 2 "Coolant" "C6F14" 80.0 18 COL * 3 "Copper power cables" "Copper" 1780 1 CAB * 4 "Power cable insulation" "Polyethylene" 3160 1 CAB * 5 "Optical Fibers" "Quartz" 1.27E-4 960 CAB * 6 "Ribbon shield" "Polyethylene" 8.1e-3 80 CAB ...................................................................... ====================================================================== o Bulkhead cables: Pixel cables/connectors ---------------------------------------- MC Volume: 70285.7 cm3 copper cables updated 20090326 by alschmid (1-2) Copper power cables: cable specifications available on twiki page: https://twiki.cern.ch/twiki/bin/view/CMS/PixelBarrelGeometryMaterials 1meter is in the PP0 area which results in 16kg copper == 1780cm3 3 kg PE = 3160cm3 (3-4) Optical ribbon Number of fibers: for barrel, I calculated 576 fibers, i.e. total = 960 fibers -> 80 ribbons, length 80 cm (5-6) Power connectors (MOLEX 43020/25 20 pins) from Paolo: MOLEX conn 4x1.2x2.5 cm take 85 %-vol plastic, 15 % metal -> Kapton 10.2 cm^3 Cu 1.8 cm^3 28 stacks of 5 connectors each -> 140 (7-8) Optoconnectors - as in strip detector ...................................................................... # "Bulkhead pixel connectors" "Tk_panels_mid2" 70285.7 -1 * 1 "Copper power cables" "Copper" 1780 1 CAB * 2 "Power cable insulation" "Polyethylene" 3160 1 CAB * 3 "Optical Fibers" "Quartz" 1.27E-4 960 CAB * 4 "Ribbon shield" "Polyethylene" 8.1e-3 80 CAB * 5 "Power connector" "T_Kapton" 10.2 140 CAB * 6 "Power connector" "Copper" 1.8 140 CAB * 7 "Optoconnector" "T_Kapton" 15.0 80 CAB * 8 "Optoconnector" "Copper" 0.446 80 CAB ...................................................................... ====================================================================== o Bulkhead cables: TEC cables ---------------------------------------- 20070928 GSguazzoni Changed MS_Al.. to CAB_Al.. but probably everything else here needs to be updated! MC Volume: tube segments, r = 62.5-110.5 cm, dz = 7.7 cm, dphi = 4*70 deg ==> 156236 cm^3 (1) Al MS cables, average length = 50 cm, 384 of them (2) Cu MS cables, " " , 384 of them (3-4) Connectors: numbers from Horst 5.7 g plastic => 4.07 cm^3 5.95 g Cu => 0.664 cm^3 ...................................................................... # "Bulkhead TEC cables" "Tk_panels_mid3" 156236 20290. * 1 "MS cable Al 36 APVs" "CAB_Al36" 0.7854 19200 CAB * 2 "MS cable Cu 60 APVs" "MS_Cu60" 59.4 384 CAB * 3 "Connectors" "T_Kapton" 4.07 384 CAB * 4 "Connectors" "Copper" 0.664 384 CAB ...................................................................... ====================================================================== o Bulkhead cables: TEC/TOB/TID/TIB out... --------------------------------------- 20070928 GSguazzoni Changed MS_Al.. to CAB_Al.. but probably everything else here needs to be updated! All cables, fibers and cooling pipes of all subdetectors... MC Volume: r = 110.5-123.30 cm, thick/2 = 4.755 cm ==> take cross-section here = 933.72 cm^2 TIB TID TOB TEC MS Cables: CAB_Al36 128 48 254 - CAB_Al48 56 12 - - CAB_Al60 - - 90 - MS_Cu60 - - - 384 Control cabl. 42 15 46 144 Fiber Ribbons 291 92 561 744 Cooling pipes: TIB+TID : 56 + 14 Steel pipes TOB : 46 CuNi pipes, but approx. by Steel TEC : 64 SS pipes ...................................................................... # "Bulkhead cables outlet" "Tk_panels_up" 10280.226 -1. * 1 "MS cable Al 36 APVs" "CAB_Al36" 0.7854 430 CAB * 2 "MS cable Al 48 APVs" "CAB_Al48" 0.7854 68 CAB * 3 "MS cable Al 60 APVs" "CAB_Al60" 0.7854 90 CAB * 4 "Control cables" "MS_cntrl_cable" 0.283 247 CAB * 5 "MS cable Cu 60 APVs" "MS_Cu60" 1.188 384 CAB * 6 "Optical ribbon" "Fibre_Ribbon" 0.00961 1688 CAB * 7 "Cooling pipes TIB+TID" "Steel-008" 0.181 70 COL * 8 "Coolant TIB+TID" "C6F14" 0.950 70 COL * 9 "Cooling pipes TOB" "Steel-008" 0.16 46 COL * 10 "Coolant TOB" "C6F14" 0.785 46 COL * 11 "Cooling pipes TEC" "Steel-008" 0.1806 64 COL * 12 "Coolant TEC" "C6F14" 0.95 64 COL ...................................................................... ====================================================================== o Thermal Screen Power Cables ----------------------------- 20080219 rranieri MCVolume: 1.000 cm^3 Weight/cm inferred from direct measurement --> 402 g/m = 4.02 g/cm. (1) 10% Cu x-sect density = 8.96 g/cm^3 --> volume = 0.10 x (4.02 / 8.96) cm^2 x 1 cm = 0.045 cm^3 (2) 90% Insulation (PE) density = 0.95 g/cm^3 --> volume = 0.90 x (4.02 / 0.95) cm^2 x 1 cm = 3.808 cm^3 ...................................................... # "TS Power Cable" "TS_PowerCable" 1.000 -1 * 1 "Copper" "Copper" 0.045 1 CAB * 2 "Insulation" "Polyethylene" 3.808 1 CAB ...................................................... ====================================================== o Thermal Screen Signal Cables ----------------------------- 20080219 rranieri MCVolume: 1.000 cm^3 Weight/cm inferred from direct measurement --> 313 g/m = 3.13 g/cm. (1) 10% Cu x-sect density = 8.96 g/cm^3 --> volume = 0.10 x (3.13 / 8.96) cm^2 x 1 cm = 0.035 cm^3 (2) 90% Insulation (PE) density = 0.95 g/cm^3 --> volume = 0.90 x (3.13 / 0.95) cm^2 x 1 cm = 2.965 cm^3 ...................................................... # "TS Power Cable" "TS_SignalCable" 1.000 -1 * 1 "Copper" "Copper" 0.035 1 CAB * 2 "Insulation" "Polyethylene" 2.965 1 CAB ...................................................... ====================================================== o PP1 cables: PXB,PXF,TIB,TID,TOB,TEC,TS --------------------------------------- 20080219 rranieri Services of the whole Tracker into PP1 (4 ECAL volumes called "Tracker_PP1_Cables") MC Volume [Tracker_PP1_Cables]: 116407.5 cm^3 The length of the cables is ~3000 mm = 300 cm (1-3) MS Cables TIBTID TOB TEC CAB_Al36 0 508 304 CAB_Al48 0 180 272 CAB_Al60 488 0 192 Total cm of cables per each of the 4 sectors (number of cables x 300 cm / 4) TIBTID TOB TEC TOTAL CAB_Al36 0 38100 22800 60900 CAB_Al48 0 13500 20400 33900 CAB_Al60 36600 0 14400 51000 (4) Ruggedized Ribbon The toal number of fiber ribbons is TIB+TID+TOB+TEC = 3620 Total cm per sector: 3620 x 300 cm / 4 = 271500 (5) DOHM ribbons TIBTID TOB TEC DOHM cables 120 92 144 Total cm of cables per each of the 4 sectors (number of cables x 300 cm / 4) TIBTID TOB TEC TOTAL DOHM cables 9000 6900 10800 26700 (6-7) TIB/TID/TOB/TEC Cooling Pipes (unit length = 1 cm) Inner diameter = 10.0 mm Outer diameter = 9.0 mm Volume per unit length: pi x (0.50 - 0.45)^2 cm^2 x 1 cm = 7.854 x 10^-3 cm^3 Material: pure copper Cooling Fluid Inner diameter = 0.0 mm Outer diameter = 9.0 mm Volume per unit length: pi x 0.45^2 cm^2 x 1 cm = 0.6362 cm^3 Material: C6F14_F2_-30C TIBTID TOB TEC Cooling Pipes 144 88 128 Total cm of cables per each of the 4 sectors (number of cables x 300 cm / 4) TIBTID TOB TEC TOTAL Cooling Pipes 10800 6600 9600 27000 (8) Thermal Screen Power Cables Number of TS Power Cables = 8 Total cm of cables per each of the 4 sectors (number of cables x 300 cm / 4) Power Cables TS --> 600 cm (9) Thermal Screen Signal Cables Number of TS Signal Cables = 10 Total cm of cables per each of the 4 sectors (number of cables x 300 cm / 4) Signal Cables TS --> 750 cm (10-11) Thermal Screen Cooling Pipes (unit length = 1 cm) Inner diameter = 10.0 mm Outer diameter = 9.0 mm Volume per unit length: pi x (0.50 - 0.45)^2 cm^2 x 1 cm = 7.854 x 10^-3 cm^3 Material: pure copper Cooling Fluid Inner diameter = 0.0 mm Outer diameter = 9.0 mm Volume per unit length: pi x 0.45^2 cm^2 x 1 cm = 0.6362 cm^3 Material: C6F14_3M_-15C Number of Cooling Pipes TS = ?? Total cm of cables per each of the 4 sectors (number of cables x 300 cm / 4) Cooling Pipes TS --> ?? cm (12) 16 Inox rails in the 18 phi sectors per each side => 8 rails per each MC Volume "Tracker_PP1_Cables" 1.5 mm thickness over the whole surface 1 Rail Total length (from "Tracker_PP1_Cables" properties): - diagonal of Dz=(3106.6-2708.88) mm = 397.72 mm , Dr=(1424.45-1238) mm = 186.45 mm (triangle) - axial Dz=(3288.5-3057.56) mm = 230.94 mm , Dr=(1775-1721.5) mm = 53.5 mm - thichness: t=1.5 mm Diagonal Volume: 2 x [ (t x Dr) x Dz] --> 222464.682 mm^3 = 222.5 cm^3 Axial Volume: 2 x [ (t x Dz) x Dr] --> 37065.87 mm^3 = 37.1 cm^3 1 Rail Volume = 259.6 cm^3 8 copies (13), (14) Copper power cables: cable specifications available on twiki page: https://twiki.cern.ch/twiki/bin/view/CMS/PixelBarrelGeometryMaterials 1meter is in the PP0 area which results in 24kg copper == 2670cm3 4.5 kg PE = 4740cm3 --------> Still Missing: TS Cooling Pipes, TEC, cables ................................................................................. # "Tracker Cables to PP1" "Tk_Cables_PP1" 116407.5 -1 * 1 "Multi Service Cable CAB36" "CAB_Al36" 0.7854 60900 CAB * 2 "Multi Service Cable CAB48" "CAB_Al48" 0.7854 33900 CAB * 3 "Multi Service Cable CAB60" "CAB_Al60" 0.7854 51000 CAB * 4 "Ruggedized ribbons" "T_RuggRibbon" 0.086 271500 CAB * 5 "DOHM ribbons" "T_RuggRibbon" 0.086 26700 CAB * 6 "TIB/TID/TOB/TEC Cooling Pipes" "Copper" 7.854E-3 27000 COL * 7 "TIB/TID/TOB/TEC Cooling Fluid" "C6F14_F2_-30C" 0.6362 27000 COL * 8 "TS Power Cables" "TS_PowerCable" 1.000 600 CAB * 9 "TS Signal Cables" "TS_SignalCable" 1.000 750 CAB * 10 "TS Cooling Pipes" "Copper" 7.854E-3 0 COL * 11 "TS Cooling Fluid" "C6F14_3M_-15C" 0.6362 0 COL * 12 "Inox Rail" "Steel-008" 259.6 8 SUP * 13 "Copper power cables" "Copper" 2670.0 1 CAB * 14 "PE in power cables" "Polyethylene" 4740.0 1 CAB .................................................................................. ================================================================================= o PP1 connectors: PXB,PXF,TIB,TID,TOB,TEC,TS --------------------------------------- 20080219 rranieri Connectors for the services of the whole Tracker into PP1 (4 ECAL volumes called "Tracker_PP1_Connectors") MC Volume [Tracker_PP1_Cables]: 47602.8 cm^3 The length of the cables is ~30 cm (1/10 on average wrt the previous volume) --------> Still Missing: TS Cooling Pipes, TEC, PXB, PXF cables [see above] ................................................................................... # "Tracker Connectors in PP1" "Tk_Connectors_PP1" 47602.8 -1 * 1 "Multi Service Cable CAB36" "CAB_Al36" 0.7854 6090 CAB * 2 "Multi Service Cable CAB48" "CAB_Al48" 0.7854 3390 CAB * 3 "Multi Service Cable CAB60" "CAB_Al60" 0.7854 5100 CAB * 4 "Ruggedized ribbons" "T_RuggRibbon" 0.086 27150 CAB * 5 "DOHM ribbons" "T_RuggRibbon" 0.086 2670 CAB * 6 "TIB/TID/TOB/TEC Cooling Pipes" "Copper" 7.854E-3 2700 COL * 7 "TIB/TID/TOB/TEC Cooling Fluid" "C6F14_F2_-30C" 0.6362 2700 COL * 8 "TS Power Cables" "TS_PowerCable" 1.000 60 CAB * 9 "TS Signal Cables" "TS_SignalCable" 1.000 75 CAB * 10 "TS Cooling Pipes" "Copper" 7.854E-3 0 COL * 11 "TS Cooling Fluid" "C6F14_3M_-15C" 0.6362 0 COL ................................................................................... =================================================================================== # "END" "END" 0. 0. this has to be the last line !