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Geometry/TrackerCommonData/data/Materials/pixel_bar.in
690 строк
34 KB
Francesca
new Phase I BPIX module cable materials, first-pass new Phase I FPIX portcard material and dimensions
31 май 2016, 12:39
31 май 2016, 12:39
4914ec9
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PIXEL barrel detector ============ $$ This includes all the volumes that make up the TOB modules $$ as well as the electronics on the rods ! 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, Type Type is one of the following: SUP for support SEN for sensitive volumes CAB for cables COL for cooling ELE for electronics ..................................................................... 1) Barrel Modules ============== o Baseplate ---- OK ---- ---------- MCVolume: 0.448 x 0.030 x 6.66 cm = 0.08951 (1) Si3N4 base strips : 2.91cm2 x 0.025 cm => 0.07275 (2) 2 Screws for connection to cooling pipes 25mg each (3) Thermal grease , 291mm2 => 2.91cm2 x 50um = 0.01455 cm3 CHANGE MATERIAL (3) Glue between CF and cooling pipes 0.4 x 6.7 x 0.0050 ..................................................................... # "Pixel Barrel module baseplate" "Pix_Bar_Baseplate_Full" 0.08951 2.98 * 1 "Si3N4 base" "Silicon_Nitride" 0.07275 1 SUP * 2 "Screws and nuts" "Steel-008" 3.20E-3 2 SUP * 3 "Thermal grease" "Silicone_Gel" 0.01455 1 SUP * 4 "Glue" "Epoxy" 0.0134 1 SUP ..................................................................... =================================================================== o Baseplate Half ---- TODO:check thermal grease ---- ---------- MCVolume: 1.29 x 0.030 x 6.66 cm = 0.2577 65.0mm(l) * 12.9mm(w) * 0.25mm(h) (1) Si3N4 base strips : 8.385cm2 x 0.025 cm => 0.2096 (2) 2 Screws for connection to cooling pipes 25mg each (3) Thermal grease , 8.385cm2 x 50um = 0.041925 (3) Glue between CF and cooling pipes 0.4 x 6.7 x 0.0050 ..................................................................... # "Pixel Barrel module baseplate" "Pix_Bar_Baseplate_Half" 0.2577 8.49 * 1 "Si3N4 base" "Silicon_Nitride" 0.2096 1 SUP * 2 "Screws and nuts" "Steel-008" 3.20E-3 2 SUP * 3 "Thermal grease" "Silicone_Gel" 0.041925 1 SUP * 4 "Glue" "Epoxy" 0.0134 1 SUP ..................................................................... =================================================================== o Pixel Barrel Hybrid Full ---- OK ---- Size: 18.8(w) * 65(l) * 0.044(h)mm (1-4) Material: PI-76.4mg, Cu-56.7mg, Ni-12mg, Au-5.7 (Full modules) PI - is polymide (kapton) (5) Wire bonds: About 700 Al wires, total weight per module is 0.9mg (6) Bump bonds: About 66560 In (indium) bonds, total weight per module 1.5mg (7-8) Solder: To connect the kapton and power cables. About 60 mg per module, composition 0.37 Pb + 0.63 Sn. (9) Glue: Total glue per module 8g/768 = 10.4mg. (10) Capacitors: 8 capacitors 0.05 x 0.10 x 0.05 cm = 0.00025 (11) Resistors: 2 resistors 0.05 x 0.10 x 0.05 cm = 0.00025 ...................................................................... # "Pixel barrel hybrid" "Pix_Bar_Hybrid_Full" 0.05378 12.2 * 1 "Kapton hybrid" "T_Kapton" 0.054571 1 ELE * 2 "Copper traces" "Copper" 0.006328 1 ELE * 3 "Nickel" "Nickel" 0.001347 1 ELE * 4 "Gold" "Gold" 0.000303 1 ELE * 5 "Wire bonds" "Aluminium" 0.000333 1 ELE * 6 "Bump bonds" "Indium" 0.000205 1 ELE * 7 "Solder Pb" "Lead" 0.001958 1 ELE * 8 "Solder Pb" "Tin" 0.005185 1 ELE * 9 "Glue" "Epoxy" 0.008000 1 SUP * 10 "Capacitors" "Barium_Titanate" 0.00025 8 ELE * 11 "Resistors" "Alumina" 0.00025 2 ELE ..................................................................... ===================================================================== o Pixel Barrel Hybrid Half ---- TODO ---- Size: 10.3(w) * 65(l) * 0.044(h) mm. (1-4) Material: PI-41.8mg, Cu-31.1mg, Ni-6.6mg,Au-3.1 (Half modules) (5) Wire bonds: About 700/2 Al wires, total weight per module is 0.9mg/2 (6) Bump bonds: About 66560/2 In (indium) bonds, total weight per module 1.5mg/2 (7-8) Solder: To connect the kapton and power cables. About 60 mg per module, composition 0.37 Pb + 0.63 Sn. (9) Glue: Total glue per module 8g/768 = 10.4mg. (10) Capacitors: 8 capacitors 0.05 x 0.10 x 0.05 cm = 0.00025 (11) Resistors: 2 resistors 0.05 x 0.10 x 0.05 cm = 0.00025 ...................................................................... # "Pixel barrel hybrid" "Pix_Bar_Hybrid_Half" 0.029458 6.5 * 1 "Kapton hybrid" "T_Kapton" 0.029857 1 ELE * 2 "Copper traces" "Copper" 0.003471 1 ELE * 3 "Nickel" "Nickel" 0.000741 1 ELE * 4 "Gold" "Gold" 0.000165 1 ELE * 5 "Wire bonds" "Aluminium" 0.000166 1 ELE * 6 "Bump bonds" "Indium" 0.000102 1 ELE * 7 "Solder Pb" "Lead" 0.001958 1 ELE * 8 "Solder Pb" "Tin" 0.005185 1 ELE * 9 "Glue" "Epoxy" 0.008000 1 SUP * 10 "Capacitors" "Barium_Titanate" 0.00025 8 ELE * 11 "Resistors" "Alumina" 0.00025 2 ELE ..................................................................... ===================================================================== o Pixel Barrel capacitors ---- OK ---- ------------------- MC Volume: 0.05 x 6.5 x 0.05 cm = 0.01625 (1) 24 Capacitors : 0.05 x 0.10 x 0.05 cm = 0.00025 ...................................................................... # "Pixel barrel HVcapacitor" "Pix_Bar_Capacitor" 0.01625 0.32 * 1 "SMD Capacitor" "Barium_Titanate" 0.00025 24 ELE ..................................................................... ===================================================================== o Pixel Barrel cooling pipes -------------------------- (per unit length) MC Volume: 0.35 x 0.35 cm (1) Al xsection 0.0342 cm^2 (2) Coolant xsection 0.0808 cm^2 ..................................................................... # "Pixel Barrel cooling pipes" "T_Pix_Bar_Cool" 0.1225 -1. * 1 "Cooling pipes" "Aluminium" 0.0342 1 COL * 2 "Coolant" "C6F14_F2_-10C" 0.0808 1 COL ..................................................................... ===================================================================== o Pixel Barrel module cables (per unit length !! ) ---- OK ---- -------------------------- MC Volume: xsection 0.670 x 0.030 cm (0.03 = 0.0165 + some volume for 6 wires 0.027 diameter) (1) Kapton cable : 2 kapton layer 0.67 cm x 0.0075 cm (2) Kapton cable : 1 Copper layer 0.67 cm x 0.0003 cm (3) Kapton cable : 22 Copper tracks 0.0013 cm x 0.019 cm (4) Kapton cable : 22 Au tracks 0.0001 cm x 0.019 cm (5) Power cable : 6 wires Al , r = 0.01125 cm (6) Power cable : 6 wires Cu , dr = 0.00125 cm (7) Power cable : 6 wires PI , dr = 0.0010 cm ..................................................................... # "Pixel Barrel module cables" "Pix_Bar_Cable" 0.0201 -1. * 1 "Kapton cable layer" "T_Kapton" 0.005025 2 CAB * 2 "Kapton cable layer" "Copper" 2.01E-4 1 CAB * 3 "Kapton cable tracks" "Copper" 2.47E-5 22 CAB * 4 "Kapton cable tracks" "Gold" 1.9E-6 22 CAB * 5 "Power cable core" "Aluminium" 3.97E-4 6 CAB * 6 "Power cable coating" "Copper" 9.39E-5 6 CAB * 7 "Power cable ext coating" "T_Kapton" 8.17E-5 6 CAB ===================================================================== o Layer 1 Al manifold + cooling + flange ------------------------------------------ Absolute values (not per phi len!) MC Volume: cool1 4 x 4.88 x 0.5 = 12.2748 cm3 (1) 5.3g x 2 aluminium, i.e. 1.96 cm3 x 2 = 3.92 cm3 (2) Coolant (2.96+1.77) *2 = 9.46 cm3 //not updated (3) Stainless steel "L" 2.5 g x 4 = 10g / 7.8 = 0.32 cm3 (4) Stainless steel for hose clamps 1.16 g (0.15 cm^3) = 0.15 cm3 (5) Carbon fiber 3.97g x 2 / 1.69 = 4.69 cm3 (6) Fiberglass 5.61g x 2 / 1.9 = 5.905 cm3 (7) Airex 0.4g x 2 / 0.08 = 10 cm3, using nomex with density 0.032 25cm3 //FIXME (8) Support clamps + screws (x 4) 0.39 g = 0.14 cm3 ..................................................................... # "Pixel barrel cooling rings" "Flange_with_Manifold_Layer1" 12.27 -1. * 1 "Al Manifold" "Aluminium" 3.92 1 COL * 2 "Coolant" "C6F14_F2_-10C" 8.7 1 COL * 3 "Al tube connectors" "Steel-008" 0.32 4 COL * 4 "SS hose clamps" "Steel-008" 0.15 4 COL * 5 "Carbon fiber" "Carbon fibre str." 4.69 1 SUP * 6 "Fiber glass reinforce" "T_FR4" 5.905 1 SUP * 7 "Foam" "Nomex" 25 1 SUP * 8 "Support clamps" "Aluminium" 0.14 4 SUP ..................................................................... o Layer 2 Al manifold + cooling + flange ------------------------------------------ Absolute values (not per phi len!) MC Volume: cool2 6.9x7.78x0.5 = 20.2922 cm3 (1) 8.4g x 2 aluminium, i.e. 3.11 cm3 x 2 = 6.22 cm3 (2) Coolant 2.848 * 6 = 17.09 cm3 (3) Stainless steel "L" 2.5 g x 4 = 10g / 7.8 = 0.32 cm3 (4) Stainless steel for hose clamps 1.16 g (0.15 cm^3) = 0.15 cm3 (5) Carbon fiber 8.49g x 2 / 1.69 = 10.05 cm3 (6) Fiberglass 8.96g x 2 / 1.9 = 9.43 cm3 (7) Airex 1.27g x 2 / 0.08 = 31.75 cm3, using Nomex 79.4cm3 //FIXME (8) Support clamps + screws (x 8) 0.39 g = 0.14 cm3 ..................................................................... # "Pixel barrel cooling rings" "Flange_with_Manifold_Layer2" 20.29 -1. * 1 "Al Manifold" "Aluminium" 6.22 1 COL * 2 "Coolant" "C6F14_F2_-10C" 17.09 1 COL * 3 "Al tube connectors" "Steel-008" 0.32 6 COL * 4 "SS hose clamps" "Steel-008" 0.15 6 COL * 5 "Carbon fiber" "Carbon fibre str." 10.05 1 SUP * 6 "Fiber glass reinforce" "T_FR4" 9.43 1 SUP * 7 "Foam" "Nomex" 79.4 1 SUP * 8 "Support clamps" "Aluminium" 0.14 8 SUP ..................................................................... o Layer 3 Al manifold + cooling + flange ------------------------------------------ Absolute values (not per phi len!) MC Volume: cool3 9.7 10.58 0.5 28.0331 (1) 12g x 2 aluminium = 8.88 cm3 (2) Coolant 8*1.72 + 2.81*2 = 19.37 (3) Stainless steel "L" 2.5 g x 4 = 10g / 7.8 = 0.32 cm3 (4) Stainless steel for hose clamps 1.16 g (0.15 cm^3) = 0.15 cm3 (5) Fiberglass 17.3g x 2 / 1.9 (35% only) = 6.37 cm3 ..................................................................... # "Pixel barrel cooling rings" "FlangeInner_with_Manifold_Layer3" 20.29 -1. * 1 "Al Manifold" "Aluminium" 6.22 1 COL * 2 "Coolant" "C6F14_F2_-10C" 19.37 1 COL * 3 "Al tube connectors" "Steel-008" 0.32 10 COL * 4 "SS hose clamps" "Steel-008" 0.15 10 COL * 6 "Fiber glass reinforce" "T_FR4" 6.37 1 SUP ..................................................................... o Layer 3 flange (outer) MC Volume Flange 10.6x18x0.6=398.932cm3 (1) Carbon fiber 74.92g x 2 / 1.69 = 88.66 cm3 (2) Fiberglass 17.3g x 2 (65%) / 1.9 = 18.2 cm3 = 11.8cm3 (3) Airex 21.27g x 2 / ?? = ?? cm3, using Nomex 1329 cm3 //FIXME (4) 2.7e-3 cm3 (x80) Al fixation points ..................................................................... # "Pixel barrel cooling rings" "FlangeOuter_Layer3" 398.9 -1. * 1 "Carbon fiber" "Carbon fibre str." 88.66 1 SUP * 2 "Fiber glass reinforce" "T_FR4" 11.8 1 SUP * 3 "Foam" "Air" 1329 1 SUP * 4 "Fixation points" "Aluminium" 2.7e-3 80 SUP ..................................................................... o Cables from Endring Prints to supply tube MC Volume: cable_endring_to_tube Rin = 180, Rout = 188, Z=30 V=277cm3 (1) power cable copper (32 x) 1.788g / 8.96 =0.2cm3 (2) power cable aluminum (32 x) 1g / 2.7 = 0.37cm3 (3) power cable insulation(silicone rubber Si(CH3)2O) (32 x) 2.68g/ 1.3 = 2.06cm3 (4) power cable plastic connector (Polyphenylene Oxid) (32 x) 0.733g / 1.06= 0.69 cm3 (5) Kapton cable: Kapton layers: 0.0125cm x 2.5cm x 33cm 0.0125cm x 1.5cm x 33cm 0.0125cm x 1.5cm x 23.5cm 0.0125cm x 1.5cm x 20.5cm in total: 3.465g / 1.4 = 2.475cm3 (6) Kapton cable: copper layers: 0.0022cm x 2.5cm x 33cm (only 75% of the area) 0.0022cm x 1.5cm x 33cm 0.0022cm x 1.5cm x 23.5cm 0.0022cm x 1.5cm x 20.5cm in total: 2.93g / 8.96 = 0.327cm3 (7) Kapton cable: Adhesive: 0.005cm x 2.5cm x 33cm using epoxy 0.005cm x 1.5cm x 33cm 0.005cm x 1.5cm x 23.5cm 0.005cm x 1.5cm x 20.5cm in total 1g / 1.3 = 0.769cm3 (8) "L" cooling bends suppl. tube steel 1.8g / 7.8 = 0.231cm3 (9) endprint clips connecting L12 and L3 boards Aluminum 0.6g / 2.7 = 0.22cm3 (10) Alu flange on supply tube 176g/2.7 = 65cm3 ..................................................................... # "cable endring to tube" "cable_endring_to_tube" 277 -1. * 1 "pow. cable copper" "Copper" 0.2 32 CAB * 2 "pow. cable aluminium" "Aluminium" 0.37 32 CAB * 3 "pow. cable insulation" "FPix_Silicone" 2.06 32 CAB * 4 "pow. cable connector" "FPix_Cylind_Noryl" 0.69 32 CAB * 5 "sign. cable Kapton" "T_Kapton" 2.475 16 CAB * 6 "sign. cable copper" "Copper" 0.327 16 CAB * 7 "sign. cable adhesive" "Epoxy" 0.769 16 CAB * 8 "supply tube cooling bends" "Steel-008" 0.231 20 COL * 9 "clips to connect endprints" "Aluminium" 0.22 16 SUP * 10 "Alu flange" "Aluminium" 65. 1 SUP .................................................................... o Layer1/2 Endring Prints ------------------------- MC Volume: endringprints12 R1=11,R2=18.5,Dz/2=0.95 132.1 cm3 (1) Copper in boards + connectors: 64g / 8.96 = 7.143cm3 (2) FR4 (epoxy + glass fiber) in boards: 52.8g / 1.9 = 27.79cm3 (3) plastic in connectors (LCP+glass): 36.8g /2 = 18.4cm3 (4) Sn in solder: 2.56g / 7.31 = 0.35cm3 (5) Pb in solder: 2.72g / 11.34 = 0.24cm3 (6) Screws (steel) 1g/ 7.8 = 0.13cm3 ..................................................................... # "Layer1 2 EndringPrints" "Layer1_2_EndringPrints" 132.1 -1. * 1 "Copper" "Copper" 7.143 1 ELE * 2 "Epoxy" "T_FR4" 27.79 1 ELE * 3 "connector polymer" "LCP_Glass_Enforced" 18.4 1 ELE * 4 "Tin in solder" "Tin" 0.35 1 ELE * 5 "Lead in solder" "Lead" 0.24 1 ELE * 6 "Steel Screws" "Steel-008" 0.13 1 SUP ..................................................................... o Layer3 Endring Prints ------------------------- MC Volume: endringprints3 1 = 12, R2=18.5, Dz/2 = 0.95 118.336cm3 (1) Copper in boards + connectors: 53.2g / 8.96 = 5.94cm3 (2) FR4 (epoxy + glass fiber) in boards: 43.9g / 1.9 = 23.1cm3 (3) plastic in connectors (LCP+glass): 30.6g /2 = 15.3cm3 (4) Sn in solder: 2.2g / 7.31 = 0.3cm3 (5) Pb in solder: 2.3g / 11.34 = 0.2cm3 (6) Screws (steel) 1g/ 7.8 = 0.13cm3 ..................................................................... # "Layer3 EndringPrints" "Layer3_EndringPrints" 118.336 -1. * 1 "Copper" "Copper" 5.94 1 ELE * 2 "Epoxy" "T_FR4" 23.1 1 ELE * 3 "connector polymer" "LCP_Glass_Enforced" 15.3 1 ELE * 4 "Tin in solder" "Tin" 0.3 1 ELE * 5 "Lead in solder" "Lead" 0.2 1 ELE * 6 "Steel Screws" "Steel-008" 0.13 1 SUP ..................................................................... o Silicone Pipes plus coolant MC Volume: silicone_pipes_plus_coolant 967cm3 * 280/360 = 752cm3 (1) silicone pipes 20 pipes per flange, total amount of silicone =92g 92g / 1.3g = 56.23cm3 (2) inner volume of silicone pipes = 57cm3 ..................................................................... # "radial cooling" "silicone_pipes_plus_coolant" 752 -1. * 1 "silicone pipe" "BPix_Silicone" 70.76 1 COL * 2 "coolant" "C6F14_F2_-10C" 57 1 COL ..................................................................... o Sector A ------------------------- MC Volume: 6635cm3 per half-shell numbers below are per half-shell see referece document from supply tube construction attached to https://twiki.cern.ch/twiki/bin/view/CMS/PixelBarrelGeometryMaterials (1) inner shielding alu 17.67g / 2.7 = 6.54cm3 (2) inner shielding glass fiber 125.89g/ 1.7= 74.05 cm3 (3) airex 79.71g / 0.032 = 2491cm3 (4) glass fiber stiffener ring 63.10g / 1.7 =37.117 cm3 (5) glass fiber PCB covers 13.94g / 1.7= 8.2cm3 (6) copper in electronics: ReadOut Slot boards 2.24g Central Slot electronics 0.91g CCU boards 6.36g DOHs 1.13g Power Adaptor Boards 3.79g IN TOTAL 14.43g / 8.96 = 1.61cm3 (7) GFK in electronics: ReadOut Slot boards 140g Central Slot electronics 18.19 g CCU boards 26.15g DOHs 0.6g Power Adaptor Boards 167.34g IN TOTAL 352.28g / 1.7 = 207.2 cm3 (8) Polyester in electronics: ReadOut Slot boards 1.44g Central Slot electronics 0.76g CCU boards 0.81g DOHs 0.46g Power Adaptor Boards 4.07g IN TOTAL 7.54g / 1.4 = 5.38cm3 (9) POM in electronics: ReadOut Slot boards 6.15g Central Slot electronics 0.77g CCU boards 0.21g0 Power Adaptor Boards 1.86g IN TOTAL 8.99g / 1.4 = 6.42cm3 (10) solder in electronics: ReadOut Slot boards 2.72g Central Slot electronics 1.52g CCU boards 0.86g DOHs 0.2g Power Adaptor Boards 3.64g IN TOTAL 8.94g / 8.8 / 1.02cm3 (11) ribbon cable coppper 36.73g / 8.96 = 4.1cm3 (12) ribbon cable PVC 28.53g / 1.38 = 20.68cm3 (13) outer alu flange 280.4 g / 2.7 = 103.85cm3 (14) cooling pipes total steel 406g distributed over all sectors fraction in SectorA = 89.32g manifolds at outer flange steel 261g IN TOTAL 350.32g / 7.8 = 45cm4 (15) brass for cooling pipes at outer flange 46g / 8.5 = 5.41cm3 (16) alu power cables 255.59g / 2.7 = 94.66cm3 (17) glue (Araldit) 340.21g / 1.3 = 261.70cm3 (18) alu heat sink (19.6g + 10.37g) / 2.7 = 11.1 cm3 (19) opto Adapter support structure glass fiber 33.45g / 1.7 = 19.67cm3 (20) opto Adapter polyester 396g / 1.4 = 282.86cm3 (21) outer shielding alu 19.21g / 2.7 = 7.11 cm3 (22) outer shielding glass fiber 64.39/ 1.7 = 37.88cm3 (23) coolant 1507.26g in total, distributed over all sectors fraction in SectorA = 331.6g / 1.82 = 182cm3 (24) opto fibers (Acrylate) distributed over all sectors, in total 1130.71g fraction in SectorA = 248.75g plus optical ribbon in SectorA 185.26g IN TOTAL SectorA = 434g / 1.17 = 370cm3 ..................................................................... # "SectorA" "SectorA" 6635 -1. * 1 "inner shielding foil alu" "Aluminium" 6.54 1 SUP * 2 "inner shielding foil GFK" "T_FR4" 74.05 1 SUP * 3 "airex" "Nomex" 2491 1 SUP * 4 "GFK Stiffner Ring" "T_FR4" 37.117 1 SUP * 5 "PCB Covers" "T_FR4" 8.2 1 SUP * 6 "Electronics Cu" "Copper" 1.61 1 ELE * 7 "Electronics GFK" "T_FR4" 207.28 1 ELE * 8 "Electronics Polyester" "FPix_Cylind_Polyester" 5.38 1 ELE * 9 "Electronics POM" "Polyoxymethylene" 6.42 1 ELE * 10 "Electronics Solder" "FPix_TinLeadSolder" 1.02 1 ELE * 11 "Flat Cable Copper" "Copper" 4.10 1 CAB * 12 "Flat Cable PVC" "Polyvinylchloride" 20.68 1 CAB * 13 "Alu Flange" "Aluminium" 103.85 1 SUP * 14 "Cooling pipes steel" "Steel-008" 45 1 COL * 15 "Cooling pipes brass" "Brass" 5.41 1 COL * 16 "alu power cables" "Aluminium" 94.66 1 CAB * 17 "glue" "Epoxy" 261.70 1 SUP * 18 "Heat Sink" "Aluminium" 13.8 1 ELE * 19 "OptoAdapter Support" "T_FR4" 19.67 1 SUP * 20 "OptoAdapter" "FPix_Cylind_Polyester" 282.86 1 ELE * 21 "outer shielding foil alu" "Aluminium" 7.11 1 SUP * 22 "outer shielding foil gfk" "T_FR4" 37.88 1 SUP * 23 "coolant" "C6F14_F2_-10C" 182 1 COL * 24 "Optofibers" "Acrylate" 222 1 ELE ..................................................................... o Sector B ------------------------- MC Volume: 5812cm3 per half-shell numbers below are per half-shell see referece document from supply tube construction attached to https://twiki.cern.ch/twiki/bin/view/CMS/PixelBarrelGeometryMaterials (1) inner shielding alu 35g / 2.7 = 13cm3 (2) inner shielding glass fiber 250g/ 1.7= 147 cm3 (3) alu power cables 671.62g / 2.7 = 248.75cm3 (4) airex foam 69g / 0.032 = 2156cm3 (5) glass fiber stiffner rings 149g / 1.7 = 87.6cm4 (6) cooling pipes total steel 406g distributed over all sectors fraction in SectorB = 223.3g / 7.8 = 28.6cm3 (7) ribbon cable copper 282.56g / 8.96 = 31.54 cm3 (8) ribbon cable PVC 224.45g / 1.38 = 162.65 cm3 (9) fiber combs glass fiber 47.15g/ 1.7 = 27.74 cm3 (10) opto fiber support glass fiber 3.2g / 1.7 = 1.88cm3 (11) glue (Araldit) 824.06g / 1.3 = 633.89cm3 (12) opto fibers (Acrylate) distributed over all sectors, in total 1130.71g fraction in SectorB = 621.89g / 1.17 = 531cm3 (13) fiber comb cover POM 21.53g / 1.4 = 15.38cm3 (14) outer shielding alu (39.07g + 0.81g) / 2.7 = 14.77cm3 (15) outer shielding glass fiber (60.93g + 6.99g ) / 1.7 = 39.95cm3 (16) coolant 1507.26g in total, distributed over all sectors fraction in SectorB = 829g / 1.82 = 455.5cm3 ..................................................................... # "SectorB" "SectorB" 5812 -1. * 1 "Inner Shielding Foil Alu" "Aluminium" 13.00 1 SUP * 2 "Inner Shielding Foil GFK" "T_FR4" 147.05 1 SUP * 3 "Alu Power Cables" "Aluminium" 248.75 1 CAB * 4 "Airex foam" "Nomex" 2152.8 1 SUP * 5 "GFK Stiffner Ring" "T_FR4" 87.59 1 SUP * 6 "Cooling Pipes" "Steel-008" 28.6 1 COL * 7 "Flat cable Cu" "Copper" 31.54 1 CAB * 8 "Flat cable PVC" "Polyvinylchloride" 162.65 1 CAB * 9 "Fibercombs" "T_FR4" 27.74 1 SUP * 10 "Optofiber support" "T_FR4" 1.88 1 SUP * 11 "Glue" "Epoxy" 633.89 1 SUP * 12 "Optofibers" "Acrylate" 530 1 ELE * 13 "Fibercomb cover" "Polyoxymethylene" 15.38 1 SUP * 14 "Outer shielding foil alu" "Aluminium" 14.77 1 SUP * 15 "Outer shielding foil GFK" "T_FR4" 39.95 1 SUP * 16 "Coolant" "C6F14_F2_-10C" 455 1 COL .................................................................... o Sector C ------------------------- MC Volume: 2388cm3 per half-shell numbers below are per half-shell see referece document from supply tube construction attached to https://twiki.cern.ch/twiki/bin/view/CMS/PixelBarrelGeometryMaterials (1) inner shielding alu 15.31g / 2.7 = 5.67cm3 (2) inner shielding glass fiber 109.10g/ 1.7= 64.18 cm3 (3) alu power cables 250.88g / 2.7 = 92.92 cm3 (4) airex foam 29.66g / 0.032 = 926.8cm3 (5) glass fiber stiffner rings 48.7g / 1.7 = 28.64cm3 (6) cooling pipes total steel 406g distributed over all sectors fraction in SectorC = 93.38g / 7.8 = 11.97cm3 (7) PCB covers glass fiber 14.99g / 1.7 = 8.82cm3 (8) copper in readout slot PCB boards 4.81g / 8.96 = 0.54cm3 (9) glass fiber in readout slot PCB boards 167.97g / 1.7 = 98.8cm3 (10) polyester in PCB boards 2.88g / 1.4 = 2.06cm3 (11) polyoxymethylene in PCB boards 24.37g / 1.4 = 17.41cm3 (12) solder in PCB boards 5.52g / 8.8 = 0.63cm3 (13) ribbon cable copper 9.43g / 8.96 = 1.052cm3 (14) ribbon cable PVC 7.49g / 1.38 = 5.42cm3 (15) central slot electronics copper 0.21g / 8.96 = 0.02cm3 (16) central slot electronics glass fiber 2.95 / 1.7 = 1.73cm3 (17) central slot electronics polyester 0.15g / 1.4 = 0.11cm3 (18) central slot electronics psolder 0.13g / 8.8 = 0.01cm3 (19) heat sink aluminium (73g + 113.86g) / 2.7 = 69.2cm3 (20) glue (araldit) 350.5g / 1.3 = 269.6cm3 (21) copper in electronics: AOH mainboards 56.70g DOH mainboards 36.01g CAP dongle 0.95g AOHs 32.91g DOHs 9.03g IN TOTAL 135.6g / 8.96 = 15.13cm3 (22) glass fiber in electronics: AOH mainboards 74.07g DOH mainboards 41.07g CAP dongle 1.47g AOHs 26.42g DOHs 4.82g IN TOTAL 147.85 g / 1.7 = 86.97cm3 (23) polyester in electronics: AOH mainboards 18.75g DOH mainboards 18.75g CAP dongle 1.18g AOHs 3.46g DOHs 3.66g IN TOTAL 45.8g / 1.4 = 32.71cm3 (24) polyoxymethylene in electronics: AOH mainboards 5.77g DOH mainboards 2.47g IN TOTAL 8.24g / 1.4 = 5.88cm3 (25) solder in electronics: AOH mainboards 7.84g DOH mainboards 2.88g CAP dongle 0.8g AOHs 4.8g DOHs 1.6g IN TOTAL 17.92g / 8.8 = 2.04cm3 (26) outer shielding alu 18.04g / 2.7 = 6.68cm3 (27) outer shielding glass fiber 40.96g / 1.7 = 24.09 cm3 (28) coolant 1507.26g in total, distributed over all sectors fraction in SectorC = 346.66g / 1.82 = 190.5cm3 (29) opto fibers (Acrylate) distributed over all sectors, in total 1130.71g fraction in SectorC = 260g / 1.17 = 222cm3 .................................................................... # "SectorC" "SectorC" 2388 -1. * 1 "Inner Shielding Foil Alu" "Aluminium" 5.67 1 SUP * 2 "Inner Shielding Foil GFK" "T_FR4" 64.18 1 SUP * 3 "Alu Power Cables" "Aluminium" 92.92 1 CAB * 4 "Airex foam" "Nomex" 926.88 1 SUP * 5 "GFK Stiffner Ring" "T_FR4" 28.64 1 SUP * 6 "Cooling pipes" "Steel-008" 12 1 COL * 7 "PCB covers" "T_FR4" 8.82 1 SUP * 8 "PCB boards Cu" "Copper" 0.54 1 ELE * 9 "PCB boards GFK" "T_FR4" 98.8 1 ELE * 10 "PCB boards Polyester" "FPix_Cylind_Polyester" 2.06 1 ELE * 11 "PCB boards POM" "Polyoxymethylene" 17.41 1 ELE * 12 "PCB boards solder" "FPix_TinLeadSolder" 0.63 1 ELE * 13 "Flat cable Cu" "Copper" 1.05 1 CAB * 14 "Flat cable PVC" "Polyvinylchloride" 5.42 1 CAB * 15 "Central Slot Electr. Cu" "Copper" 0.02 1 ELE * 16 "Central Slot Electr. GFK" "T_FR4" 1.73 1 ELE * 17 "Central Slot Electr. Polyester" "FPix_Cylind_Polyester" 0.11 1 ELE * 18 "Central Slot Electr. solder" "FPix_TinLeadSolder" 0.01 1 ELE * 19 "heat sink" "Aluminium" 69.21 1 ELE * 20 "Glue" "Epoxy" 269.63 1 SUP * 21 "AOH/DOH total Cu" "Copper" 15.14 1 ELE * 22 "AOH/DOH total GFK" "T_FR4" 86.97 1 ELE * 23 "AOH/DOH total Polyester" "FPix_Cylind_Polyester" 32.71 1 ELE * 24 "AOH/DOH total POM" "Polyoxymethylene" 5.89 1 ELE * 25 "AOH/DOH total solder" "FPix_TinLeadSolder" 2.04 1 ELE * 26 "Outer shielding foil alu" "Aluminium" 6.68 1 SUP * 27 "Outer shielding foil GFK" "T_FR4" 24.09 1 SUP * 28 "Coolant" "C6F14_F2_-10C" 190.5 1 COL * 29 "Opto-fibers" "Acrylate" 222 1 ELE ................................................................ o Supply Tube Cabling to PP0 ------------------------- see referece document from supply tube construction attached to https://twiki.cern.ch/twiki/bin/view/CMS/PixelBarrelGeometryMaterials the total amount of power cables is distributed equally (50%) in a cylinder between supply tube and PP0, and the disks in the bulkhead. This material is also used in the bulkhead PixelCables disk, but with a different MC volume. (1) power cable copper 2328.5g / 8.96 = 260cm3 (2) power cable PE 1283g / 0.95 = 1350cm3 addition: this now also includes the forward pixel detector and cooling: (3) forward pixel cable copper 1671g / 8.96 = 186.5cm3 (4) forward pixel cable PE 1114g/ 0.95 = 1172cm3 (5) steel cooling pipes 20 pieces, length 30cm, inner diameter 10mm, outer diameter 12mm weight measured by Peter Robmann:=> 1262g /7.8 = 161cm3 (6) coolant in pipes 770g / 1.82 = 424cm3 disk "Pixel Cables" in the bulkhead with MCvolume 3742cm3: .................................................................... # "PixelBarrelSupTubCables" "PixelBarrelSupTubCables" 3743 -1. * 1 "power cable copper" "Copper" 260 1 CAB * 2 "power cable PE" "Polyethylene" 1350 1 CAB * 3 "forward pixel cable copper" "Copper" 186.5 1 CAB * 4 "forward pixel cable PE" "Polyethylene" 1172 1 CAB * 5 "cooling pipes steel" "Steel-008" 161 1 COL * 6 "coolant" "C6F14_F2_-10C" 424 1 COL cylinder in the PXB volume: PixelBarrelSupTubCables with MCvolume 13757 .................................................................... # "PixelBarrelSupTubCables2" "PixelBarrelSupTubCables2" 13757 -1. * 1 "power cable copper" "Copper" 260 1 CAB * 2 "power cable PE" "Polyethylene" 1350 1 CAB * 3 "forward pixel cable copper" "Copper" 186.5 1 CAB * 4 "forward pixel cable PE" "Polyethylene" 1172 1 CAB * 5 "cooling pipes steel" "Steel-008" 161 1 COL * 6 "coolant" "C6F14_F2_-10C" 424 1 COL o Phase I Pixel Barrel module cables -------------------------- ..................................................................... # "Power Cable (CCA15)" "micro_twisted_power_cable" 1 -1. * 1 "Copper" "Copper" 0.15 1 CAB * 2 "Aluminium" "Aluminium" 0.85 1 CAB # "Phase I BPIX module cables L1" "micro_twisted_boundle_1" 146 -1. * 1 "Signal Cable" "Copper" 0.123 18 CAB * 2 "Power Cable" "micro_twisted_power_cable" 0.877 128 CAB # "Phase I BPIX module cables L2-4" "micro_twisted_boundle_2" 110 -1. * 1 "Signal Cable" "Copper" 0.127 14 CAB * 2 "Power Cable" "micro_twisted_power_cable" 0.873 96 CAB ===================================================================== # "end" "END" 0. 0. this has to be the last line !