1 TEC Structural Materials

TEC_petal

short Description: TEC petals
Mass: 901.462g
Volume Density X0 λ0
cms3 g cm-3 cm cm
Real 2551.729 0.353 107.962 228.075
Simulation 2775.688 0.325 117.438 248.093

Comments

o TEC petal 
  MC Volume: 2861.6996 cm3

   (1) 10 mm NOMEX core   
!   (2) 4*0.02(?5) cm CF skins
       1st and 2nd Skin: 85.9467 cm3
   (3) Titanium pipes:
       see petalCalculations.ods
       volume all= 3470,3046 cm3 
       => volume singel:   24,0993   cm3
   (4) Coolant C6F14 

  (5-7) Plastic fibre holder
         small
    medium
    large
  (8)   Protection caps. Even thoug they are localized they are smeerd throughout 
        the petal because their radiation length is small.
      mean volume: 13.6 cm3 
  (9) Fibre Protector:
      Volume: 0.5*(1,18+1,98)+1,54 cm3 = 3.1188 cm3
  (10)  Glue for fiber protectors  
!  (11) optical fibre pigtails from AOHs
      see PetalMeasurements in tec_parts.ods
   (12) Cooling Bridges   -> Petal Composition
   (13)   PEEK inserts holding the ICBs

Material

Description Material Name Volume Mass Count Type X0 λ0
cm3 g g cm-2 g cm-2
Nomex core TEC_Nomex 2.08e+03 6.03e+01 1.00 SUP 870.00 74.97
Carbon fiber skins Carbon fibre str. 3.44e+02 5.81e+02 1.00 SUP 42.25 76.75
Cooling pipes Titanium 1.77e+01 8.01e+01 1.00 COL 16.13 124.62
Coolant C6F14_F2_-30C 5.60e+01 1.05e+02 1.00 COL 34.62 90.21
fibre holder small T_Kapton 5.44e-01 7.62e-01 1.00 SUP 39.76 74.61
fibre holder medium T_Kapton 1.68e+00 2.35e+00 1.00 SUP 39.76 74.61
fibre holder large T_Kapton 8.04e-01 1.13e+00 1.00 SUP 39.76 74.61
Protection Caps Carbon fibre str. 1.46e+01 2.47e+01 1.00 SUP 42.25 76.75
Fibre Protector Carbon fibre str. 3.12e+00 5.27e+00 1.00 SUP 42.25 76.75
Fibre Protector Glue Epoxy 3.08e+00 4.00e+00 1.00 SUP 41.08 70.38
optical fibre pigtails Optical_Fiber 2.80e+01 3.03e+01 1.00 CAB 40.94 72.95
Cooling bridges Carbon fibre str. 1.90e+00 3.22e+00 1.00 COL 42.25 76.75
PEEK inserts Peek 2.24e+00 2.95e+00 1.00 SUP 39.60 71.46

TEC_OptoH

short Description: TEC AOH
Mass: 3.590g
Volume Density X0 λ0
cms3 g cm-3 cm cm
Real 2.924 1.228 20.171 104.110
Simulation 0.689 5.211 4.753 24.530

Comments


o AOH
Taking data from TOB AOHs:

MCVolume: 0.689 cm^3 (compressed so that there is no overlap with the rings)

(1-2) PCBs
        FR4:    m = 0.65 g
                density (T_G10) = 1.90 g/cm^3
                --> volume = 0.342 cm^3
        copper: m = 0.497 g
                density = 8.96 g/cm^3
                --> volume = 0.055 cm^3

(3-4) Connectors NaiS
        socket + header
        1 x ICC-AOH             30 pins (AXN330038S + AXN430330S)
        copper: m = 1 x (0.0865 + 0.0965) g = 0.183 g
                density = 8.96 g/cm^3
                --> volume = 0.020 cm^3
        resin:  m = 1 x (0.1445 + 0.1547) g = 0.2992 g
                density (epoxy) = 1.3 g/cm^3
                --> volume = 0.230 cm^3

(5) AOH SMD Resistors, 6 x (0603) resistors, mostly Al2O3 (Aluminiumoxid, cerami
c), the total mass is computed
        m = 0.0127 g
        density = 3.96525 g/cm^3
        --> volume = 0.0032 cm^3

(6) AOH SMD Capacitors, 3 x (0603) + 3 x (0805) mostly BaTiO3, the total mass is
 computed
        m = 0.0687 g
        density = 6.02 g/cm^3
        --> volume = 0.0114 cm^3

(7-8) AOH ASICs: 1 x ("LLD" 32 pin)
        epoxy:  m = ( 1 x 0.027098 ) g = 0.027098 g
                density = 1.3 g/cm^3
                --> volume = 0.0208 cm^3
        copper: m = [ ( 1 x 0.070 ) - 0.027098 ) ] g = 0.042902 g
                density = 8.96 g/cm^3
                --> volume = 0.0048 cm^3

(9-10) Laser Diodes (2 copies per each AOH)
        MISSING:m = xxx g
                density = xxx g/cm^3
                --> volume = xxx cm^3
        Covers (Al2O3 Aluminiumoxid, ceramic): m = 0.347 g
                density = 3.96525 g/cm^3
                --> volume = 0.0875 cm^3
(11) 3D Label
        Plastic (kapton): m = 0.020 g
                density = 1.40 g/cm^3
                --> volume = 0.0143 cm^3
(12) different from TOB: Screws M1.6x5   Brass 0.0192x2.49cm3 (because either 2 or 3 scres are used)

Material

Description Material Name Volume Mass Count Type X0 λ0
cm3 g g cm-2 g cm-2
PCB board T_G10 3.42e-01 6.50e-01 1.00 ELE 36.86 91.06
PCB copper traces Copper 5.50e-02 4.93e-01 1.00 ELE 12.86 134.90
NAiS connectors Copper 2.00e-02 1.79e-01 1.00 ELE 12.86 134.90
NAiS connectors Epoxy 2.30e-01 2.99e-01 1.00 ELE 41.08 70.38
AOH Resistors Ceramic 3.20e-03 1.27e-02 1.00 ELE 27.94 96.34
AOH Capacitors Barium_Titanate 1.14e-02 6.86e-02 1.00 ELE 11.16 138.69
AOH ASICs EMC Epoxy 2.08e-02 2.70e-02 1.00 ELE 41.08 70.38
AOH ASICs copper Copper 4.80e-03 4.30e-02 1.00 ELE 12.86 134.90
Laser Diode Air 2.00e+00 2.43e-03 2.00 ELE 36.60 85.48
Laser Cover Ceramic 1.75e-01 6.94e-01 2.00 ELE 27.94 96.34
AOH 3D Label T_Kapton 1.43e-02 2.00e-02 1.00 ELE 39.76 74.61
Screws Brass 4.77e-02 4.05e-01 1.00 SUP 12.75 140.16

TEC_DOHM

short Description: TEC DOHM
Mass: 51.045g
Volume Density X0 λ0
cms3 g cm-3 cm cm
Real 18.027 2.832 11.061 45.278
Simulation 11.652 4.381 7.149 29.265

Comments

o TEC Digital Optohybrid Module


MCVolume: 11.6521 cm3 (which is smaller the reallity to keep it in the ICB volume!)


     NOTE: composition calculated in petalComposition.ods    
(1) Ceramic 0.1297 cm3
(2) Plastic 2.7971 cm3
(3) metal 0,2377 cm3
(4) SnPb paste = 0.1465 cm3
(5) PCB poard = 6.3812 cm3 MISSING Cu traces on the board!
(6) Screws for DOHM  M1.6x9mm
        Brass: m = 0.13g
                density = 8.5 g/cm^3
                --> volume = 0.0149 cm^3

(7) DOHs (2 copies) taken from TOB

Material

Description Material Name Volume Mass Count Type X0 λ0
cm3 g g cm-2 g cm-2
electronic components Ceramic 1.30e-01 5.14e-01 1.00 ELE 27.94 96.34
electronic components Polyethylene 2.80e+00 2.66e+00 1.00 ELE 44.77 67.67
electronic components Copper 5.22e-01 4.68e+00 1.00 ELE 12.86 134.90
Soldering Paste BGA 1.53e-01 1.35e+00 1.00 ELE 7.75 183.05
PCB Board T_FR4 6.38e+00 1.08e+01 1.00 ELE 20.40 82.22
DOHM Screws Brass 7.45e-02 6.33e-01 5.00 SUP 12.75 140.16
DOHs TOB_DOH 7.97e+00 1.39e+01 2.00 ELE 32.15 79.50

TEC_petalinsert

short Description: TEC cooling Inserts
Mass: 30223.782g
Volume Density X0 λ0
cms3 g cm-3 cm cm
Real 13398.900 2.256 11.173 42.968
Simulation 6377.170 4.739 5.318 20.451

Comments

o TEC cooling Inserts (petalinserts)
  MC Volume: 0.7567 cm3 calculated in inserts.ods
  MC Volume: 6377.17 cm3 (for all TEC)

(1) Distance Rings
(2) PEEK Centerliners
(3) Screws (not M1.6x5)
(4) normal Washers
(5) Spring washers (right now made of copper real: copper beryllium (1% effect))
(6) Inserts - Fine processing
(7) Scotch Glue


Material

Description Material Name Volume Mass Count Type X0 λ0
cm3 g g cm-2 g cm-2
Distance Rings Aluminium 4.45e+02 1.20e+03 1.00 COL 24.01 106.40
PEEK Centerliners Peek 6.83e+01 9.02e+01 1.00 SUP 39.60 71.46
Screws Brass 1.37e+02 1.16e+03 1.00 SUP 12.75 140.16
normal Washers Copper 7.83e+00 7.02e+01 1.00 SUP 12.86 134.90
Spring washers Copper 1.91e+01 1.71e+02 1.00 SUP 12.86 134.90
Inserts - Fine processing Aluminium 7.85e+03 2.12e+04 1.00 COL 24.01 106.40
Scotch Glue Epoxy 4.87e+03 6.33e+03 1.00 SUP 41.08 70.38

TEC_ICC01LF

short Description: icb2fp_w13
Mass: 61.368g
Volume Density X0 λ0
cms3 g cm-3 cm cm
Real 17.779 3.452 7.765 42.580
Simulation 27.698 2.216 12.096 66.334

Comments




-> all ICBs <-

 (1-2) ICB -> icb_volumes.ods
      using copper density of 8.98 g/cm3
             FR4    density of 1.7 g/cm3
  (3) M1.6x5 
  (4) Brass washer Vol = 0.163g / (8.5g/cm3)
  (5) Spring washer
  (6) Distance-Rings
  (7-10)  Sideframe-Tails (4x)
       the rest of the side frame cable (see tec_module.in)
  (11-12) cable coming from the hybrid UNKNOWN
  (13-16) material from mounted electronics as in ICB_Buget.ods
o TEC ICC01LF
  MC Volume: 27.6981 cm3

Material

Description Material Name Volume Mass Count Type X0 λ0
cm3 g g cm-2 g cm-2
bare FR4 T_FR4 4.76e+00 8.10e+00 1.00 ELE 20.40 82.22
Copper traces Copper 3.05e-01 2.73e+00 1.00 ELE 12.86 134.90
M1.6x5 Brass 1.34e-01 1.14e+00 7.00 SUP 12.75 140.16
Brass washer Brass 1.82e-02 1.55e-01 7.00 SUP 12.75 140.16
Spring washer Copper 1.33e-02 1.19e-01 7.00 SUP 12.86 134.90
Distance-Rings Aluminium 4.10e-01 1.11e+00 7.00 SUP 24.01 106.40
Copper traces Copper 8.54e-02 7.65e-01 4.00 ELE 12.86 134.90
Gold Gold 2.00e-04 3.77e-03 4.00 ELE 6.46 203.64
Nickel Nickel 8.12e-03 7.21e-02 4.00 ELE 12.68 136.02
LV Kapton T_Kapton 7.41e-01 1.04e+00 4.00 ELE 39.76 74.61
Copper traces Copper 1.00e+00 8.96e+00 1.00 ELE 12.86 134.90
LV Kapton T_Kapton 1.00e+00 1.40e+00 1.00 ELE 39.76 74.61
el. components Ceramic 5.70e-01 2.26e+00 1.00 ELE 27.94 96.34
el. components Polyethylene 8.17e+00 7.76e+00 1.00 ELE 44.77 67.67
el. components Copper 4.31e-01 3.87e+00 1.00 ELE 12.86 134.90
Soldering Paste BGA 1.27e-01 1.12e+00 1.00 ELE 7.75 183.05

TEC_ICC2F

short Description: icb3fp
Mass: 42.455g
Volume Density X0 λ0
cms3 g cm-3 cm cm
Real 13.064 3.250 6.869 39.969
Simulation 8.146 5.212 4.283 24.924

Comments


o TEC ICC2F
  MC Volume: 8.1464 cm3

Material

Description Material Name Volume Mass Count Type X0 λ0
cm3 g g cm-2 g cm-2
bare FR4 T_FR4 4.76e+00 8.09e+00 1.00 ELE 20.40 82.22
Copper traces Copper 3.91e-01 3.50e+00 1.00 ELE 12.86 134.90
M1.6x5 Brass 7.68e-02 6.53e-01 4.00 SUP 12.75 140.16
Brass washer Brass 1.04e-02 8.84e-02 4.00 SUP 12.75 140.16
Spring washer Copper 7.60e-03 6.81e-02 4.00 SUP 12.86 134.90
Distance-Rings Aluminium 2.34e-01 6.32e-01 4.00 SUP 24.01 106.40
Copper traces Copper 8.54e-02 7.65e-01 4.00 ELE 12.86 134.90
Gold Gold 2.00e-04 3.77e-03 4.00 ELE 6.46 203.64
Nickel Nickel 8.12e-03 7.21e-02 4.00 ELE 12.68 136.02
LV Kapton T_Kapton 7.41e-01 1.04e+00 4.00 ELE 39.76 74.61
Copper traces Copper 1.00e+00 8.96e+00 1.00 ELE 12.86 134.90
LV Kapton T_Kapton 1.00e+00 1.40e+00 1.00 ELE 39.76 74.61
el. components Ceramic 2.82e-01 1.12e+00 1.00 ELE 27.94 96.34
el. components Polyethylene 4.24e+00 4.03e+00 1.00 ELE 44.77 67.67
el. components Copper 1.73e-01 1.55e+00 1.00 ELE 12.86 134.90
Soldering Paste BGA 6.09e-02 5.37e-01 1.00 ELE 7.75 183.05

TEC_ICC35F

short Description: Icb46fp
Mass: 308.628g
Volume Density X0 λ0
cms3 g cm-3 cm cm
Real 119.343 2.586 9.484 45.640
Simulation 79.093 3.902 6.286 30.247

Comments

o TEC ICC35F
  MC Volume: 79.0931 cm3
  (14-15) Petal grounding cable: Copper 0,464g =>0.0518 cm3
          Petal grounding strip: Copper 0,282g =>0.0315 cm3

Material

Description Material Name Volume Mass Count Type X0 λ0
cm3 g g cm-2 g cm-2
bare FR4 T_FR4 8.06e+01 1.37e+02 1.00 ELE 20.40 82.22
Copper traces Copper 4.32e+00 3.87e+01 1.00 ELE 12.86 134.90
M1.6x5 Brass 2.30e-01 1.96e+00 12.00 SUP 12.75 140.16
Brass washer Brass 3.12e-02 2.65e-01 12.00 SUP 12.75 140.16
Spring washer Copper 2.28e-02 2.04e-01 12.00 SUP 12.86 134.90
Distance-Rings Aluminium 7.02e-01 1.90e+00 12.00 SUP 24.01 106.40
Copper traces Copper 1.71e-01 1.53e+00 8.00 ELE 12.86 134.90
Nickel Nickel 1.62e-02 1.44e-01 8.00 ELE 12.68 136.02
LV Kapton T_Kapton 1.48e+00 2.08e+00 8.00 ELE 39.76 74.61
el. components Ceramic 1.16e+00 4.61e+00 1.00 ELE 27.94 96.34
el. components Polyethylene 2.84e+01 2.70e+01 1.00 ELE 44.77 67.67
el. components Copper 1.80e+00 1.62e+01 1.00 ELE 12.86 134.90
Soldering Paste BGA 2.82e-01 2.49e+00 1.00 ELE 7.75 183.05
grounding cable Copper 5.18e-02 4.64e-01 1.00 ELE 12.86 134.90
grounding strip Copper 3.15e-02 2.82e-01 1.00 ELE 12.86 134.90

TEC_ICC1SF

short Description: icb2fp_w46
Mass: 64.559g
Volume Density X0 λ0
cms3 g cm-3 cm cm
Real 19.972 3.232 7.110 40.479
Simulation 18.903 3.415 6.729 38.311

Comments


 16  "Gold"        "Gold"           0.00005  8   ELE
 17 "Copper traces"      "Air"         0.000    1   ELE
 18 "LV Kapton"          "Air"       0.000    1   ELE

o TEC ICC1SF
  MC Volume: 18.9028 cm3

Material

Description Material Name Volume Mass Count Type X0 λ0
cm3 g g cm-2 g cm-2
bare FR4 T_FR4 1.10e+01 1.87e+01 1.00 ELE 20.40 82.22
Copper traces Copper 7.03e-01 6.29e+00 1.00 ELE 12.86 134.90
M1.6x5 Brass 1.15e-01 9.79e-01 6.00 SUP 12.75 140.16
Brass washer Brass 1.56e-02 1.33e-01 6.00 SUP 12.75 140.16
Spring washer Copper 1.14e-02 1.02e-01 6.00 SUP 12.86 134.90
Distance-Rings Aluminium 3.51e-01 9.48e-01 6.00 SUP 24.01 106.40
Copper traces Copper 8.54e-02 7.65e-01 4.00 ELE 12.86 134.90
Gold Gold 2.00e-04 3.77e-03 4.00 ELE 6.46 203.64
Nickel Nickel 8.12e-03 7.21e-02 4.00 ELE 12.68 136.02
LV Kapton T_Kapton 7.41e-01 1.04e+00 4.00 ELE 39.76 74.61
Copper traces Copper 1.00e+00 8.96e+00 1.00 ELE 12.86 134.90
LV Kapton T_Kapton 1.00e+00 1.40e+00 1.00 ELE 39.76 74.61
el. components Ceramic 2.82e-01 1.12e+00 1.00 ELE 27.94 96.34
el. components Polyethylene 4.24e+00 4.03e+00 1.00 ELE 44.77 67.67
el. components Copper 3.12e-01 2.79e+00 1.00 ELE 12.86 134.90
Soldering Paste BGA 8.36e-02 7.37e-01 1.00 ELE 7.75 183.05

TEC_ICC0F

short Description: Icb1fp_w13
Mass: 43.307g
Volume Density X0 λ0
cms3 g cm-3 cm cm
Real 14.349 3.018 7.556 41.900
Simulation 7.925 5.465 4.173 23.140

Comments


o TEC ICC0F
  MC Volume: 7.9246 cm3

Material

Description Material Name Volume Mass Count Type X0 λ0
cm3 g g cm-2 g cm-2
bare FR4 T_FR4 4.76e+00 8.10e+00 1.00 ELE 20.40 82.22
Copper traces Copper 3.05e-01 2.73e+00 1.00 ELE 12.86 134.90
M1.6x5 Brass 7.68e-02 6.53e-01 4.00 SUP 12.75 140.16
Brass washer Brass 1.04e-02 8.84e-02 4.00 SUP 12.75 140.16
Spring washer Copper 7.60e-03 6.81e-02 4.00 SUP 12.86 134.90
Distance-Rings Aluminium 2.34e-01 6.32e-01 4.00 SUP 24.01 106.40
Copper traces Copper 8.54e-02 7.65e-01 4.00 ELE 12.86 134.90
Gold Gold 2.00e-04 3.77e-03 4.00 ELE 6.46 203.64
Nickel Nickel 8.12e-03 7.21e-02 4.00 ELE 12.68 136.02
LV Kapton T_Kapton 7.41e-01 1.04e+00 4.00 ELE 39.76 74.61
Copper traces Copper 1.00e+00 8.96e+00 1.00 ELE 12.86 134.90
LV Kapton T_Kapton 1.00e+00 1.40e+00 1.00 ELE 39.76 74.61
el. components Ceramic 2.90e-01 1.15e+00 1.00 ELE 27.94 96.34
el. components Polyethylene 5.56e+00 5.28e+00 1.00 ELE 44.77 67.67
el. components Copper 2.04e-01 1.83e+00 1.00 ELE 12.86 134.90
Soldering Paste BGA 6.59e-02 5.81e-01 1.00 ELE 7.75 183.05

TEC_ICC46F

short Description: Icb57fp
Mass: 112.856g
Volume Density X0 λ0
cms3 g cm-3 cm cm
Real 35.214 3.205 8.546 43.924
Simulation 25.218 4.475 6.120 31.455

Comments


o TEC ICC46F
  MC Volume: 25.2177 cm3


Material

Description Material Name Volume Mass Count Type X0 λ0
cm3 g g cm-2 g cm-2
bare FR4 T_FR4 1.80e+01 3.06e+01 1.00 ELE 20.40 82.22
Copper traces Copper 1.12e+00 1.01e+01 1.00 ELE 12.86 134.90
M1.6x5 Brass 7.68e-02 6.53e-01 4.00 SUP 12.75 140.16
Brass washer Brass 1.04e-02 8.84e-02 4.00 SUP 12.75 140.16
Spring washer Copper 7.60e-03 6.81e-02 4.00 SUP 12.86 134.90
Distance-Rings Aluminium 2.34e-01 6.32e-01 4.00 SUP 24.01 106.40
Copper traces Copper 1.92e-01 1.72e+00 9.00 ELE 12.86 134.90
Gold Gold 4.50e-04 8.48e-03 9.00 ELE 6.46 203.64
Nickel Nickel 1.83e-02 1.62e-01 9.00 ELE 12.68 136.02
LV Kapton T_Kapton 1.67e+00 2.33e+00 9.00 ELE 39.76 74.61
Copper traces Copper 1.00e+00 8.96e+00 1.00 ELE 12.86 134.90
LV Kapton T_Kapton 1.00e+00 1.40e+00 1.00 ELE 39.76 74.61
el. components Ceramic 6.06e-01 2.40e+00 1.00 ELE 27.94 96.34
el. components Polyethylene 1.07e+01 1.01e+01 1.00 ELE 44.77 67.67
el. components Copper 4.62e-01 4.14e+00 1.00 ELE 12.86 134.90
Soldering Paste BGA 1.54e-01 1.36e+00 1.00 ELE 7.75 183.05

TEC_ICC1B

short Description: Icb2bp_w16
Mass: 40.369g
Volume Density X0 λ0
cms3 g cm-3 cm cm
Real 14.260 2.831 6.910 40.190
Simulation 11.832 3.412 5.734 33.347

Comments

o TEC ICC1B
  MC Volume: 11.8322 cm3

Material

Description Material Name Volume Mass Count Type X0 λ0
cm3 g g cm-2 g cm-2
bare FR4 T_FR4 6.19e+00 1.05e+01 1.00 ELE 20.40 82.22
Copper traces Copper 4.74e-01 4.25e+00 1.00 ELE 12.86 134.90
M1.6x5 Brass 7.68e-02 6.53e-01 4.00 SUP 12.75 140.16
Brass washer Brass 1.04e-02 8.84e-02 4.00 SUP 12.75 140.16
Spring washer Copper 7.60e-03 6.81e-02 4.00 SUP 12.86 134.90
Distance-Rings Aluminium 2.34e-01 6.32e-01 4.00 SUP 24.01 106.40
Copper traces Copper 4.27e-02 3.83e-01 2.00 ELE 12.86 134.90
Gold Gold 1.00e-04 1.89e-03 2.00 ELE 6.46 203.64
Nickel Nickel 4.06e-03 3.60e-02 2.00 ELE 12.68 136.02
LV Kapton T_Kapton 3.71e-01 5.19e-01 2.00 ELE 39.76 74.61
Copper traces Copper 1.00e+00 8.96e+00 1.00 ELE 12.86 134.90
LV Kapton T_Kapton 1.00e+00 1.40e+00 1.00 ELE 39.76 74.61
el. components Ceramic 2.38e-01 9.44e-01 1.00 ELE 27.94 96.34
el. components Polyethylene 4.33e+00 4.11e+00 1.00 ELE 44.77 67.67
el. components Copper 2.26e-01 2.02e+00 1.00 ELE 12.86 134.90
Soldering Paste BGA 5.90e-02 5.20e-01 1.00 ELE 7.75 183.05

TEC_ICC35B

short Description: Icb46bp
Mass: 268.660g
Volume Density X0 λ0
cms3 g cm-3 cm cm
Real 107.380 2.502 9.578 45.821
Simulation 71.078 3.780 6.340 30.330

Comments


o TEC ICC35B
  MC Volume: 71.0783 cm3
 (17-18) Petal grounding cable: Copper 0,464g =>0.0518 cm3
          Petal grounding strip: Copper 0,282g =>0.0315 cm3

Material

Description Material Name Volume Mass Count Type X0 λ0
cm3 g g cm-2 g cm-2
bare FR4 T_FR4 7.18e+01 1.22e+02 1.00 ELE 20.40 82.22
Copper traces Copper 3.72e+00 3.33e+01 1.00 ELE 12.86 134.90
M1.6x5 Brass 1.92e-01 1.63e+00 10.00 SUP 12.75 140.16
Brass washer Brass 2.60e-02 2.21e-01 10.00 SUP 12.75 140.16
Spring washer Copper 1.90e-02 1.70e-01 10.00 SUP 12.86 134.90
Distance-Rings Aluminium 5.85e-01 1.58e+00 10.00 SUP 24.01 106.40
Copper traces Copper 1.71e-01 1.53e+00 8.00 ELE 12.86 134.90
Nickel Nickel 1.62e-02 1.44e-01 8.00 ELE 12.68 136.02
LV Kapton T_Kapton 1.48e+00 2.08e+00 8.00 ELE 39.76 74.61
el. components Ceramic 1.06e+00 4.20e+00 1.00 ELE 27.94 96.34
el. components Polyethylene 2.63e+01 2.49e+01 1.00 ELE 44.77 67.67
el. components Copper 1.68e+00 1.50e+01 1.00 ELE 12.86 134.90
Soldering Paste BGA 2.56e-01 2.26e+00 1.00 ELE 7.75 183.05
grounding cable Copper 5.18e-02 4.64e-01 1.00 ELE 12.86 134.90
grounding strip Copper 3.15e-02 2.82e-01 1.00 ELE 12.86 134.90

TEC_ICC0LB

short Description: Icb1bp_w13
Mass: 22.550g
Volume Density X0 λ0
cms3 g cm-3 cm cm
Real 8.850 2.548 9.811 46.504
Simulation 6.530 3.453 7.240 34.316

Comments


 16  "Gold"        "Gold"           0.00005  8   ELE
 17 "Copper traces"      "Air"         0.000      1   ELE
 18 "LV Kapton"          "Air"       0.000      1   ELE

o TEC ICC0LB
  MC Volume: 6.5304 cm3

Material

Description Material Name Volume Mass Count Type X0 λ0
cm3 g g cm-2 g cm-2
bare FR4 T_FR4 3.87e+00 6.58e+00 1.00 ELE 20.40 82.22
Copper traces Copper 2.68e-01 2.40e+00 1.00 ELE 12.86 134.90
M1.6x5 Brass 7.68e-02 6.53e-01 4.00 SUP 12.75 140.16
Brass washer Brass 1.04e-02 8.84e-02 4.00 SUP 12.75 140.16
Spring washer Copper 7.60e-03 6.81e-02 4.00 SUP 12.86 134.90
Distance-Rings Aluminium 2.34e-01 6.32e-01 4.00 SUP 24.01 106.40
Copper traces Copper 4.27e-02 3.83e-01 2.00 ELE 12.86 134.90
Nickel Nickel 4.06e-03 3.60e-02 2.00 ELE 12.68 136.02
LV Kapton T_Kapton 3.71e-01 5.19e-01 2.00 ELE 39.76 74.61
el. components Ceramic 2.31e-01 9.16e-01 1.00 ELE 27.94 96.34
el. components Polyethylene 3.55e+00 3.37e+00 1.00 ELE 44.77 67.67
el. components Copper 1.36e-01 1.22e+00 1.00 ELE 12.86 134.90
Soldering Paste BGA 4.79e-02 4.22e-01 1.00 ELE 7.75 183.05

TEC_ICC2B

short Description: Icb3bp
Mass: 35.945g
Volume Density X0 λ0
cms3 g cm-3 cm cm
Real 12.391 2.901 6.894 39.978
Simulation 8.659 4.151 4.817 27.937

Comments


 14 "Copper traces"      "Copper"         1        1   ELE
 15 "LV Kapton"          "T_Kapton"       1        1   ELE
 16  "Gold"        "Gold"           0.00005  2   ELE

o TEC ICC2B
  MC Volume: 8.659 cm3

Material

Description Material Name Volume Mass Count Type X0 λ0
cm3 g g cm-2 g cm-2
bare FR4 T_FR4 5.35e+00 9.10e+00 1.00 ELE 20.40 82.22
Copper traces Copper 3.25e-01 2.91e+00 1.00 ELE 12.86 134.90
M1.6x5 Brass 7.68e-02 6.53e-01 4.00 SUP 12.75 140.16
Brass washer Brass 1.04e-02 8.84e-02 4.00 SUP 12.75 140.16
Spring washer Copper 7.60e-03 6.81e-02 4.00 SUP 12.86 134.90
Distance-Rings Aluminium 2.34e-01 6.32e-01 4.00 SUP 24.01 106.40
Copper traces Copper 4.27e-02 3.83e-01 2.00 ELE 12.86 134.90
Gold Gold 1.00e-04 1.89e-03 2.00 ELE 6.46 203.64
Nickel Nickel 4.06e-03 3.60e-02 2.00 ELE 12.68 136.02
LV Kapton T_Kapton 3.71e-01 5.19e-01 2.00 ELE 39.76 74.61
Copper traces Copper 1.00e+00 8.96e+00 1.00 ELE 12.86 134.90
LV Kapton T_Kapton 1.00e+00 1.40e+00 1.00 ELE 39.76 74.61
el. components Ceramic 2.31e-01 9.16e-01 1.00 ELE 27.94 96.34
el. components Polyethylene 3.55e+00 3.37e+00 1.00 ELE 44.77 67.67
el. components Copper 1.36e-01 1.22e+00 1.00 ELE 12.86 134.90
Soldering Paste BGA 4.80e-02 4.23e-01 1.00 ELE 7.75 183.05

TEC_ICC46B

short Description: Icb57bp
Mass: 138.079g
Volume Density X0 λ0
cms3 g cm-3 cm cm
Real 47.602 2.901 8.902 44.540
Simulation 32.085 4.304 6.000 30.021

Comments


o TEC ICC46B
  MC Volume: 32.0848 cm3

Material

Description Material Name Volume Mass Count Type X0 λ0
cm3 g g cm-2 g cm-2
bare FR4 T_FR4 2.78e+01 4.72e+01 1.00 ELE 20.40 82.22
Copper traces Copper 1.40e+00 1.26e+01 1.00 ELE 12.86 134.90
M1.6x5 Brass 1.54e-01 1.31e+00 8.00 SUP 12.75 140.16
Brass washer Brass 2.08e-02 1.77e-01 8.00 SUP 12.75 140.16
Spring washer Copper 1.52e-02 1.36e-01 8.00 SUP 12.86 134.90
Distance-Rings Aluminium 4.68e-01 1.26e+00 8.00 SUP 24.01 106.40
Copper traces Copper 1.49e-01 1.34e+00 7.00 ELE 12.86 134.90
Gold Gold 3.50e-04 6.60e-03 7.00 ELE 6.46 203.64
Nickel Nickel 1.42e-02 1.26e-01 7.00 ELE 12.68 136.02
LV Kapton T_Kapton 1.30e+00 1.82e+00 7.00 ELE 39.76 74.61
Copper traces Copper 1.00e+00 8.96e+00 1.00 ELE 12.86 134.90
LV Kapton T_Kapton 1.00e+00 1.40e+00 1.00 ELE 39.76 74.61
el. components Ceramic 7.69e-01 3.05e+00 1.00 ELE 27.94 96.34
el. components Polyethylene 1.28e+01 1.21e+01 1.00 ELE 44.77 67.67
el. components Copper 5.56e-01 4.98e+00 1.00 ELE 12.86 134.90
Soldering Paste BGA 1.87e-01 1.65e+00 1.00 ELE 7.75 183.05

TEC_InnerManifold

short Description: TEC_InnerManifold
Mass: 5009.213g
Volume Density X0 λ0
cms3 g cm-3 cm cm
Real 1363.830 3.673 4.818 31.917
Simulation 1354.730 3.698 4.786 31.704

Comments


o TEC InnerManifold
MCVolume: 1354.73 cm3 (for all TEC)

  (1) Cooling manifold 29.032 g /4.53 g/cm3 = 6.41 cm3
  (2) Coolant 1363.83 -922.86 cm3

Material

Description Material Name Volume Mass Count Type X0 λ0
cm3 g g cm-2 g cm-2
Cooling manifold Titanium 9.23e+02 4.18e+03 1.00 COL 16.13 124.62
Coolant C6F14_F2_-30C 4.41e+02 8.29e+02 1.00 COL 34.62 90.21

TEC_CCUM

short Description: TEC CCUM board
Mass: 56270.171g
Volume Density X0 λ0
cms3 g cm-3 cm cm
Real 246.538 228.241 11.074 47.504
Simulation 92.256 609.935 4.144 17.776

Comments

o TEC CCUM
MC Volume: 92.256 cm3 (volume has been reduced so that thy do not stick into the ring volumes)
   for 288 CCUM in TEC

(1-3) From TOB ( the Chips are the same)
    CCUM ASICs EDMS Code EDA-00036-V1 IC "CCU" 196 pin
        BGA196 (Ball Grid Array), Sn/Pb/Ag 62/36/2:
                m = 0.1131 g
                density = 8.82 g/cm^3
                --> volume = 0.013 cm^3
        epoxy:  m = 0.4269 g
                density = 1.3 g/cm^3
                volume = 0.328 cm^3
        copper: m = (0.678 - 0.1131 - 0.4269) g = 0.138 g
                density = 8.96 g/cm^3
                --> volume = 0.015 cm^3

(4) lacking any information on CCUM information its weight is modeled by FR4.

Material

Description Material Name Volume Mass Count Type X0 λ0
cm3 g g cm-2 g cm-2
CCUM ASICs BGA BGA 3.74e+00 3.30e+01 288.00 ELE 7.75 183.05
CCUM ASICs EMC Epoxy 9.45e+01 1.23e+02 288.00 ELE 41.08 70.38
CCUM ASICs copper Copper 4.32e+00 3.87e+01 288.00 ELE 12.86 134.90
everything else T_FR4 1.44e+02 2.45e+02 1.00 ELE 20.40 82.22

TEC_ServChan

short Description: TEC Service-Channel
Mass: 57575.995g
Volume Density X0 λ0
cms3 g cm-3 cm cm
Real 45481.520 1.266 29.252 59.933
Simulation 18096.000 3.182 11.639 23.846

Comments


                    --       TEC Services       --
o TEC Service-Channel
MC Volume: 18096 cm3 all TEC

Material

Description Material Name Volume Mass Count Type X0 λ0
cm3 g g cm-2 g cm-2
Flange Aluminium 3.95e+02 1.07e+03 1.00 SUP 24.01 106.40
Fibre Ribbons Fibre_Ribbon 4.19e+04 5.11e+04 1.00 CAB 36.97 75.33
CF skin Carbon fibre str. 3.20e+03 5.41e+03 1.00 SUP 42.25 76.75

TEC_ServChanIns

short Description: TEC Service Channel End-Insert
Mass: 339.633g
Volume Density X0 λ0
cms3 g cm-3 cm cm
Real 125.790 2.700 8.893 39.407
Simulation 360.000 0.943 25.450 112.779

Comments


o TEC Service Channel End-Insert

MCVolume: 360 cm3 (for all TEC)

Material

Description Material Name Volume Mass Count Type X0 λ0
cm3 g g cm-2 g cm-2
Insert Aluminium 1.26e+02 3.40e+02 1.00 SUP 24.01 106.40

TEC_AxGrounding

short Description: TEC Axial Grounding
Mass: 2616.528g
Volume Density X0 λ0
cms3 g cm-3 cm cm
Real 1290.350 2.028 14.182 41.524
Simulation 1230.400 2.127 13.523 39.595

Comments



o TEC Axial Grounding-Cable
MC Volume: 1230.4 cm3 all TEC

Material

Description Material Name Volume Mass Count Type X0 λ0
cm3 g g cm-2 g cm-2
Grounding Copper 6.00e+01 5.37e+02 1.00 ELE 12.86 134.90
CF skin Carbon fibre str. 1.23e+03 2.08e+03 1.00 SUP 42.25 76.75

TEC_CoolPipe

short Description: TEC Cooling Pipe
Mass: 15192.762g
Volume Density X0 λ0
cms3 g cm-3 cm cm
Real 1947.790 7.800 1.758 17.130
Simulation 1638.200 9.274 1.479 14.407

Comments



o TEC Cooling Pipe
MC Volume: 1638.2 cm3 all TEC

Material

Description Material Name Volume Mass Count Type X0 λ0
cm3 g g cm-2 g cm-2
=Cooling Pipes = Steel-008 8.40e+02 6.55e+03 1.00 COL 13.72 133.61
Couplings Steel-008 1.11e+03 8.64e+03 1.00 SUP 13.72 133.61

TEC_AxCable

short Description: TEC AxialCables
Mass: 379104918.191g
Volume Density X0 λ0
cms3 g cm-3 cm cm
Real 28109.579 13486.681 16.496 82.559
Simulation 34933.500 10852.188 20.501 102.601

Comments


o TEC Axial Cables
MCVolume: 34933.5 cm3 (for all TEC)

(1-3) MSC Cables
(2) 28,95 m of CTRL Cables

Material

Description Material Name Volume Mass Count Type X0 λ0
cm3 g g cm-2 g cm-2
MSC Al36 Cables CAB_Al36 1.07e+04 1.14e+04 13576.00 CAB 19.95 97.07
MSC Al48 Cables CAB_Al48 9.46e+03 1.09e+04 12048.00 CAB 19.78 97.85
MSC Al60 Cables CAB_Al60 7.17e+03 9.85e+03 9123.00 CAB 19.71 98.46
CTRL Cables MS_cntrl_cable 8.19e+02 1.34e+03 2895.00 CAB 15.78 109.57

TEC_GasPipe

short Description: TEC Gas Pipes
Mass: 889.047g
Volume Density X0 λ0
cms3 g cm-3 cm cm
Real 320.550 2.774 8.401 38.682
Simulation 302.724 2.937 7.934 36.531

Comments


o TEC Gas Pipes
MC Volume: 302.724 cm3 all TEC
! (2) Fixationpieces

Material

Description Material Name Volume Mass Count Type X0 λ0
cm3 g g cm-2 g cm-2
Gas Pipes Aluminium 3.16e+02 8.53e+02 1.00 COL 24.01 106.40
Fixationpieces Steel-008 4.62e+00 3.60e+01 1.00 SUP 13.72 133.61

TEC_PhiCableL

short Description: TEC Lower Phi Cables
Mass: 8231846.183g
Volume Density X0 λ0
cms3 g cm-3 cm cm
Real 5108.432 1611.423 11.012 65.289
Simulation 17688.200 465.386 38.130 226.066

Comments


o TEC Lower Phi-Cables
MC Volume: 17688.2 cm3 all TEC

Material

Description Material Name Volume Mass Count Type X0 λ0
cm3 g g cm-2 g cm-2
MSC Al36 Cables CAB_Al36 1.53e+03 1.63e+03 1945.00 CAB 19.95 97.07
MSC Al48 Cables CAB_Al48 1.36e+03 1.56e+03 1726.00 CAB 19.78 97.85
MSC Al60 Cables CAB_Al60 1.03e+03 1.41e+03 1306.00 CAB 19.71 98.46
CTRL Cables MS_cntrl_cable 3.03e+02 4.95e+02 1072.00 CAB 15.78 109.57
cable repair Tin 7.27e+01 5.32e+02 1.00 CAB 8.82 163.01
cable repair Copper 1.72e+02 1.54e+03 1.00 CAB 12.86 134.90
cable repair Epoxy 6.52e+02 8.47e+02 1.00 CAB 41.08 70.38

TEC_PhiCableU

short Description: TEC Upper Phi Cables
Mass: 28367006.244g
Volume Density X0 λ0
cms3 g cm-3 cm cm
Real 9132.272 3106.238 10.362 64.684
Simulation 19578.200 1448.908 22.215 138.673

Comments


o TEC Upper Phi-Cables 
MC Volume: 19578.2  cm3 all TEC

Material

Description Material Name Volume Mass Count Type X0 λ0
cm3 g g cm-2 g cm-2
MSC Al36 Cables CAB_Al36 2.56e+03 2.74e+03 3262.00 CAB 19.95 97.07
MSC Al48 Cables CAB_Al48 2.44e+03 2.80e+03 3111.00 CAB 19.78 97.85
MSC Al60 Cables CAB_Al60 2.22e+03 3.05e+03 2822.00 CAB 19.71 98.46
CTRL Cables MS_cntrl_cable 6.06e+02 9.89e+02 2143.00 CAB 15.78 109.57
cable repair Tin 1.45e+02 1.06e+03 1.00 CAB 8.82 163.01
cable repair Copper 3.44e+02 3.08e+03 1.00 CAB 12.86 134.90
cable repair Epoxy 8.16e+02 1.06e+03 1.00 CAB 41.08 70.38

TEC_GroundingRing

short Description: TEC Upper Phi Cables
Mass: 3607.918g
Volume Density X0 λ0
cms3 g cm-3 cm cm
Real 899.520 4.011 3.793 28.391
Simulation 155.922 23.139 0.657 4.921

Comments



o TEC Disk Grounding Ring
MC Volume: 155.922 cm3 all TEC

For the connectors 70% Kapton and 30% Copper is estimated

Material

Description Material Name Volume Mass Count Type X0 λ0
cm3 g g cm-2 g cm-2
actual Ring Copper 2.71e+02 2.43e+03 1.00 ELE 12.86 134.90
grounding strips Copper 2.10e-01 1.88e+00 1.00 ELE 12.86 134.90
DOHM Connector T_Kapton 5.89e+02 8.24e+02 1.00 CAB 39.76 74.61
DOHM Connector Copper 3.94e+01 3.53e+02 1.00 CAB 12.86 134.90

TEC_Skin

short Description: TEC Skin
Mass: 949.118g
Volume Density X0 λ0
cms3 g cm-3 cm cm
Real 522.750 1.816 20.403 44.569
Simulation 4485.440 0.212 175.070 382.421

Comments



o Skin
MC Volume: 4485.44 cm3 all TEC

Material

Description Material Name Volume Mass Count Type X0 λ0
cm3 g g cm-2 g cm-2
CF Skin Carbon fibre str. 4.58e+02 7.74e+02 1.00 SUP 42.25 76.75
HF Shield Aluminium 6.50e+01 1.76e+02 1.00 ELE 24.01 106.40

TEC_OptoCon

short Description: TEC optoconnectors
Mass: 7713449.634g
Volume Density X0 λ0
cms3 g cm-3 cm cm
Real 11709.480 658.735 12.751 59.611
Simulation 57804.400 133.441 62.947 294.275

Comments



o TEC Optoconnectors
  Located inbetween petals
  MCVolume: 57804.4 cm3 (for all TEC)

  NOTE:  There is no room for the feedpipes and the fibre mechanics.
      for now both are smeered into the same volume (which is too small). This
           is because the petals are not really tubs or can fit into a tub without  overlaps.
           same is true for traps.
  (4)   6 MUConnectors per fibre mechanic with 132 total fibre mechanics:
     6*132 = 792

Material

Description Material Name Volume Mass Count Type X0 λ0
cm3 g g cm-2 g cm-2
Feed Cool Pipes Steel-008 1.19e+03 9.32e+03 1.00 COL 13.72 133.61
Fibre Mechanics Carbon fibre str. 1.04e+02 1.76e+02 1.00 CAB 42.25 76.75
Inserts Aluminium 4.27e+01 1.15e+02 1.00 SUP 24.01 106.40
connectors T_Ribbon12xMUConn 1.04e+04 8.92e+03 864.00 CAB 38.79 72.31

TEC_Rails

short Description: TEC_Rails
Mass: 9288.581g
Volume Density X0 λ0
cms3 g cm-3 cm cm
Real 3494.520 2.658 8.932 38.935
Simulation 4598.880 2.020 11.754 51.239

Comments

  5 "Alu Holder"      "Aluminium"      XXXX      1   SUP
o TEC_Rails

MCVolume: 4598.88 cm3 (for all TEC)
(1) is partially on the disks would create overlaps

Material

Description Material Name Volume Mass Count Type X0 λ0
cm3 g g cm-2 g cm-2
Brackets Aluminium 7.83e+02 2.12e+03 1.00 SUP 24.01 106.40
Rails and inserts Aluminium 1.68e+03 4.54e+03 1.00 SUP 24.01 106.40
screws and pins Steel-008 9.73e+01 7.59e+02 1.00 SUP 13.72 133.61
Bellows Carbon fibre str. 6.37e+02 1.08e+03 1.00 SUP 42.25 76.75
skinholder and screws Aluminium 2.96e+02 7.99e+02 1.00 SUP 24.01 106.40

TEC_BackDiskCF

short Description: TEC_BackDiskCF
Mass: 6703.334g
Volume Density X0 λ0
cms3 g cm-3 cm cm
Real 3966.470 1.690 25.000 45.414
Simulation 2818.740 2.378 17.766 32.273

Comments


                    --       TEC Backplate      --
o TEC_BackDiskCF

MCVolume: 2818.74 cm3 (for all TEC)

Material

Description Material Name Volume Mass Count Type X0 λ0
cm3 g g cm-2 g cm-2
CF Skin Carbon fibre str. 3.82e+03 6.46e+03 1.00 SUP 42.25 76.75
Bones Carbon fibre str. 1.44e+02 2.44e+02 1.00 SUP 42.25 76.75

TEC_ThermalShield

short Description: TEC Thermal Shield
Mass: 25757.716g
Volume Density X0 λ0
cms3 g cm-3 cm cm
Real 231456.590 0.111 496.705 685.620
Simulation 158218.000 0.163 339.535 468.673

Comments

o TEC_ThermalShield

MCVolume: 158218 cm3 (for all TEC)

note that the MC volume is maller because there is not enough space in TEC mothervolume.

Material

Description Material Name Volume Mass Count Type X0 λ0
cm3 g g cm-2 g cm-2
Nomex Disk TEC_Nomex 2.20e+05 6.38e+03 1.00 SUP 870.00 74.97
CF Skin Carbon fibre str. 1.15e+04 1.94e+04 1.00 SUP 42.25 76.75

TEC_CircPipe

short Description: TEC_CircPipe
Mass: 17677364.734g
Volume Density X0 λ0
cms3 g cm-3 cm cm
Real 6209.330 2846.904 7.685 55.012
Simulation 16831.600 1050.249 20.833 149.121

Comments

o TEC_CircPipe

MCVolume: 16831.6 cm3 (for all TEC)

This contains anythings that connects the bulkhead to the TEC
(3) should eventually get its own volume

Material

Description Material Name Volume Mass Count Type X0 λ0
cm3 g g cm-2 g cm-2
Gas Pipe Steel-008 1.92e+02 1.50e+03 1.00 COL 13.72 133.61
Grounding mechanics Brass 6.10e+01 5.18e+02 1.00 SUP 12.75 140.16
lancashire Fittings Steel-008 4.92e+02 3.84e+03 1.00 SUP 13.72 133.61
MSC Al36 Cables CAB_Al36 1.66e+03 1.77e+03 2110.00 CAB 19.95 97.07
MSC Al48 Cables CAB_Al48 1.47e+03 1.69e+03 1872.00 CAB 19.78 97.85
MSC Al60 Cables CAB_Al60 1.11e+03 1.53e+03 1418.00 CAB 19.71 98.46
CTRL Cables MS_cntrl_cable 1.22e+03 1.99e+03 4320.00 CAB 15.78 109.57

TEC_BHDisk

short Description: TEC Bulkhead Disk
Mass: 24774.056g
Volume Density X0 λ0
cms3 g cm-3 cm cm
Real 23617.970 1.049 37.562 74.289
Simulation 15917.300 1.556 25.315 50.067

Comments

o TEC_BHDisk

MCVolume: 15917.3 cm3 (for all TEC)
CF Skin   Nomex   inserts steel   inserts epoxy   grounding cable 50mm   double T Ribs   TM Blue connection cable


Material

Description Material Name Volume Mass Count Type X0 λ0
cm3 g g cm-2 g cm-2
CF Skins Carbon fibre str. 6.37e+03 1.08e+04 1.00 SUP 42.25 76.75
Nomex Core Nomex 9.55e+03 3.06e+02 1.00 SUP 960.00 74.97
Inserts (Steel) Steel-008 1.48e+01 1.16e+02 1.00 SUP 13.72 133.61
Inserts (Epoxy) Epoxy 1.26e+02 1.64e+02 1.00 SUP 41.08 70.38
Grounding Cable Copper 6.75e+01 6.04e+02 1.00 CAB 12.86 134.90
Ribs Carbon fibre str. 7.47e+03 1.26e+04 1.00 SUP 42.25 76.75
TM Blue cable Copper 2.23e+01 2.00e+02 1.00 CAB 12.86 134.90

TEC_BHCovers

short Description: TEC Bulkhead Covers
Mass: 6420.752g
Volume Density X0 λ0
cms3 g cm-3 cm cm
Real 3501.810 1.834 18.290 43.897
Simulation 3501.820 1.834 18.290 43.897

Comments


o TEC_BHCovers

MCVolume: 3501.82 cm3 (for one bulkhead)

(3) using Copper for inconel lacking specifications

Material

Description Material Name Volume Mass Count Type X0 λ0
cm3 g g cm-2 g cm-2
glass Fibre Carbon fibre str. 3.18e+03 5.38e+03 1.00 SUP 42.25 76.75
heating foil (kapton) T_Kapton 2.39e+02 3.34e+02 1.00 SUP 39.76 74.61
heating foil (inconel) Nickel 7.96e+01 7.06e+02 1.00 SUP 12.68 136.02

TEC_PatchpanelBox

short Description: TEC_PatchpanelBox
Mass: 23025519.353g
Volume Density X0 λ0
cms3 g cm-3 cm cm
Real 30447.671 756.233 6.744 49.339
Simulation 26839.200 857.906 5.945 43.492

Comments


o TEC_PatchpanelBox

MCVolume: 26839.2 cm3 (for all TEC)
(8) is unconfirmed due to lacking information it is taken from old cables.in

Material

Description Material Name Volume Mass Count Type X0 λ0
cm3 g g cm-2 g cm-2
bolts+nuts+washers Steel-008 3.42e+01 2.67e+02 1.00 SUP 13.72 133.61
spacers Aluminium 1.41e+02 3.81e+02 1.00 SUP 24.01 106.40
cable retainers Carbon fibre str. 2.76e+02 4.66e+02 1.00 SUP 42.25 76.75
MSC Al36 Cables CAB_Al36 8.10e+02 8.65e+02 1031.00 CAB 19.95 97.07
MSC Al48 Cables CAB_Al48 7.19e+02 8.25e+02 915.00 CAB 19.78 97.85
MSC Al60 Cables CAB_Al60 5.44e+02 7.48e+02 693.00 CAB 19.71 98.46
plugs Aluminium 5.11e+03 1.38e+04 1.00 CAB 24.01 106.40
MS cable Cu 60 APVs MS_Cu60 2.28e+04 5.43e+04 384.00 CAB 14.40 120.44

TEC_PatchCtrlBox

short Description: TEC_PatchCtrlBox
Mass: 4727.111g
Volume Density X0 λ0
cms3 g cm-3 cm cm
Real 1721.147 2.746 10.646 43.148
Simulation 2925.010 1.616 18.092 73.328

Comments

o TEC_PatchpanelCtrlBox

MCVolume: 2925.01 cm3 (for all TEC)

Material

Description Material Name Volume Mass Count Type X0 λ0
cm3 g g cm-2 g cm-2
fibre couplings Aluminium 1.36e+02 3.67e+02 1.00 SUP 24.01 106.40
fibres Fibre_Ribbon 4.00e+02 4.88e+02 1.00 CAB 36.97 75.33
cables MS_cntrl_cable 1.10e+01 1.80e+01 39.00 CAB 15.78 109.57
plugs Aluminium 1.17e+03 3.17e+03 1.00 CAB 24.01 106.40

TEC_AlignRing

short Description: TEC_AlignRing
Mass: 6409.732g
Volume Density X0 λ0
cms3 g cm-3 cm cm
Real 3759.430 1.705 23.060 45.856
Simulation 11884.600 0.539 72.897 144.963

Comments

o TEC_AlignRing

MCVolume: 11884.6 cm3 (for all TEC)

   TM = Tiltmeter

Material

Description Material Name Volume Mass Count Type X0 λ0
cm3 g g cm-2 g cm-2
Ring itself Carbon fibre str. 3.08e+03 5.20e+03 1.00 SUP 42.25 76.75
pillars Aluminium 1.27e+02 3.42e+02 1.00 SUP 24.01 106.40
support Clamp Aluminium 1.24e+01 3.34e+01 1.00 SUP 24.01 106.40
inserts Aluminium 8.60e-01 2.32e+00 1.00 SUP 24.01 106.40
TM Mechanics Aluminium 8.44e+01 2.28e+02 1.00 ELE 24.01 106.40
TM active Epoxy 4.37e+02 5.68e+02 1.00 ELE 41.08 70.38
TM electronics T_FR4 1.00e+00 1.70e+00 1.00 ELE 20.40 82.22
TM box Carbon fibre str. 2.15e+01 3.64e+01 1.00 SUP 42.25 76.75

Tk_SO_FC_C

short Description: TEC Frontplate
Mass: 5475.051g
Volume Density X0 λ0
cms3 g cm-3 cm cm
Real 19749.640 0.277 334.020 502.692
Simulation 19749.600 0.277 334.019 502.691

Comments



                    --      TEC Outer Area      --

o TEC Frontplate

  r = 22.9 - 110.3 cm
  thickness  0.54 cm
  (1) Carbon fibre skins 2 * 0.02 cm 
  (2) NOMEX core, 0.5 cm thick

Material

Description Material Name Volume Mass Count Type X0 λ0
cm3 g g cm-2 g cm-2
CF skins 0.2 mm Carbon fibre str. 1.46e+03 2.47e+03 2.00 SUP 42.25 76.75
Nomex core TEC_Nomex 1.83e+04 5.30e+02 1.00 SUP 870.00 74.97

TEC_wheel_Nomex

short Description: TEC Wheel NOMEX
Mass: 17349.884g
Volume Density X0 λ0
cms3 g cm-3 cm cm
Real 542183.870 0.032 30000.000 2342.660
Simulation 451761.000 0.038 24996.741 1951.962

Comments



o TEC wheels 

  The wheels consist of a 1.6 cm NOMEX core and 2*0.04 cm CF skins.
  There are 4 380.13cm2 and 14 490.87cm2 holes in addition to the 
  2999.62 cm2 hole in the middle.

MCVolume: 451761 cm3 (for all TEC)

Material

Description Material Name Volume Mass Count Type X0 λ0
cm3 g g cm-2 g cm-2
Nomex Nomex 5.42e+05 1.73e+04 1.00 SUP 960.00 74.97

TEC_wheel_CF

short Description: TEC Wheel CF skins
Mass: 29017.773g
Volume Density X0 λ0
cms3 g cm-3 cm cm
Real 17170.280 1.690 25.000 45.414
Simulation 22874.500 1.269 33.305 60.501

Comments


MCVolume: 22874.5 cm3 (for all TEC)

Material

Description Material Name Volume Mass Count Type X0 λ0
cm3 g g cm-2 g cm-2
CF Skins Carbon fibre str. 1.72e+04 2.90e+04 1.00 SUP 42.25 76.75

TEC_wheel6_Nomex

short Description: TEC Wheel6 NOMEX
Mass: 1323.844g
Volume Density X0 λ0
cms3 g cm-3 cm cm
Real 41370.130 0.032 30000.000 2342.660
Simulation 54793.700 0.024 39734.248 3102.794

Comments



  TEC Wheel 6 has differnt holes in the CF and NOMEX body because it carries 
  Laser alignment  Parts (Beamsplitter etc.):
    8x97.5 cm2
    8x65.0 cm2

MCVolume: 54793.7 cm3 (for all TEC)

Material

Description Material Name Volume Mass Count Type X0 λ0
cm3 g g cm-2 g cm-2
Nomex Nomex 4.14e+04 1.32e+03 1.00 SUP 960.00 74.97

TEC_wheel6_CF

short Description: TEC Wheel6 CF skins
Mass: 4586.153g
Volume Density X0 λ0
cms3 g cm-3 cm cm
Real 2713.700 1.690 25.000 45.414
Simulation 2818.750 1.627 25.968 47.172

Comments

MCVolume: 2818.75 cm3 (for all TEC)

Material

Description Material Name Volume Mass Count Type X0 λ0
cm3 g g cm-2 g cm-2
CF Skins Carbon fibre str. 2.71e+03 4.59e+03 1.00 SUP 42.25 76.75

TEC_wheelinsert

short Description: Petal fixations
Mass: 5555.574g
Volume Density X0 λ0
cms3 g cm-3 cm cm
Real 2057.620 2.700 8.893 39.407
Simulation 4106.270 1.353 17.746 78.642

Comments


o Inserts for petal fixation inserts
MCVolume: 4106.27 cm3 (for all TEC)
This contains the petal Pot in the disk _and_ the connection to the petal.

Material

Description Material Name Volume Mass Count Type X0 λ0
cm3 g g cm-2 g cm-2
PetalBushes Aluminium 6.50e+02 1.76e+03 1.00 SUP 24.01 106.40
PetalPots Aluminium 1.41e+03 3.80e+03 1.00 SUP 24.01 106.40

TEC_Fixframe

short Description: Fixations to inner support
Mass: 858.438g
Volume Density X0 λ0
cms3 g cm-3 cm cm
Real 317.940 2.700 8.893 39.407
Simulation 625.829 1.372 17.504 77.568

Comments


o Fixations to inner support tube
  MC Volume: 625.829 cm3 all TEC

Material

Description Material Name Volume Mass Count Type X0 λ0
cm3 g g cm-2 g cm-2
Aluminium fixations Aluminium 3.18e+02 8.58e+02 1.00 SUP 24.01 106.40

TEC_FixServ

short Description: Fixations to service channels
Mass: 69.978g
Volume Density X0 λ0
cms3 g cm-3 cm cm
Real 23.500 2.978 7.283 36.800
Simulation 22.940 3.050 7.110 35.923

Comments

 2 "Stainless Steel screw"      "Steel-008"          1.28     1   SUP


o Fixations to service channels
  MC Volume: 22.94 cm^3

  Per fixation: 60 g Aluminium + 10 g SS
                22.22 cm^3  Al + 1.28 g SS 

Material

Description Material Name Volume Mass Count Type X0 λ0
cm3 g g cm-2 g cm-2
Aluminium fixations Aluminium 2.22e+01 6.00e+01 1.00 SUP 24.01 106.40
Stainless Steel screw Steel-008 1.28e+00 9.98e+00 1.00 SUP 13.72 133.61

TEC_AlignHolder

short Description: TEC Sphere Holder Bracket
Mass: 207.792g
Volume Density X0 λ0
cms3 g cm-3 cm cm
Real 76.960 2.700 8.893 39.407
Simulation 371.923 0.559 42.975 190.441

Comments

o TEC_AlignHolder

MCVolume: 371.923 cm3 (for all TEC)

Material

Description Material Name Volume Mass Count Type X0 λ0
cm3 g g cm-2 g cm-2
Bracket Aluminium 7.70e+01 2.08e+02 1.00 SUP 24.01 106.40

TEC_CraneBracket

short Description: TEC_CraneBracket
Mass: 1002.996g
Volume Density X0 λ0
cms3 g cm-3 cm cm
Real 371.480 2.700 8.893 39.407
Simulation 496.392 2.021 11.883 52.658

Comments

o TEC_CraneBracket
MCVolume: 496.392 cm3 (for all TEC)

Material

Description Material Name Volume Mass Count Type X0 λ0
cm3 g g cm-2 g cm-2
Bracket Aluminium 3.71e+02 1.00e+03 1.00 SUP 24.01 106.40

TEC_Beamsplitter

short Description: TEC_Beamsplitter
Mass: 1044.460g
Volume Density X0 λ0
cms3 g cm-3 cm cm
Real 371.800 2.809 8.128 38.268
Simulation 865.162 1.207 18.913 89.048

Comments


o TEC_Beamsplitter

MCVolume: 865.162 cm3 (for all TEC)

  total MC weight: 0.000865162 kg

Material

Description Material Name Volume Mass Count Type X0 λ0
cm3 g g cm-2 g cm-2
Beamsplitter Aluminium 1.58e+02 4.26e+02 1.00 SUP 24.01 106.40
Splitter BSA Silica 2.23e+01 4.91e+01 1.00 ELE 27.06 95.86
Aligner Aluminium 1.82e+02 4.91e+02 1.00 SUP 24.01 106.40
screws Steel-008 1.02e+01 7.92e+01 1.00 SUP 13.72 133.61

-- MatthiasEdelhoff - 03 Jul 2008

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Topic revision: r1 - 2008-07-03 - MatthiasEdelhoff
 
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