TITLE LERIB0_07 Radiation Safety Calculation Obed * Set the default for precession simulations DEFAULTS PRECISIO * Define the beam charactersitics BEAM -0.066 1.75 0.0 -1.PROTON * Define the beam position BEAMPOS 0.0 0.0 -1400. PART-THR -1E-05 PROTON 0.0 * Physiics cards * ......................... PHYSICS 3. EVAPORAT PHYSICS 1. COALESCE *PHYSICS PEATHRES * Radiation decay card RADDECAY 1. 3. 99999 * 1 microAmps running for two days IRRPROFI 172800. 6.242E+12 * Beam cooling times DCYTIMES 0.0 1. 432000. 86400. 259200. 1209600. DCYTIMES 2592000. 7776000. 31536000. 47304000. 63072000. * Neutron distribution scoring with beam on DCYSCORE -1. Neutron Neutron USRBIN USRBIN 10. NEUTRON -21. 1600. 510. 1300.Neutron USRBIN -700. -700. -1575. 100. 100. 100. & * Neutron dose scoring with beam on DCYSCORE -1. NeutDose NeutDose USRBIN USRBIN 10. DOSE-EQ -22. 1600. 510. 1300.NeutDose USRBIN -700. -700. -1575. 100. 100. 100. & AUXSCORE USRBIN NEUTRON NeutDose NeutDose EWT74 * Photon distribution scoring from all particles * *................................................. * 0 second after beam stop USRBIN 10. ALL-PART -23. 1600. 510. 1300.Photon USRBIN -700. -700. -1575. 100. 100. 100. & DCYSCORE 1. Photon Photon USRBIN * 1 second after beam stop USRBIN 10. ALL-PART -24. 1600. 510. 1300.Photon1 USRBIN -700. -700. -1575. 100. 100. 100. & DCYSCORE 2. Photon1 Photon1 USRBIN * 12 hours after beam stop USRBIN 10. ALL-PART -25. 1600. 510. 1300.Photon2 USRBIN -700. -700. -1575. 100. 100. 100. & DCYSCORE 3. Photon2 Photon2 USRBIN * 1 day after beam stop USRBIN 10. ALL-PART -26. 1600. 510. 1300.Photon3 USRBIN -700. -700. -1575. 100. 100. 100. & DCYSCORE 4. Photon3 Photon3 USRBIN * 3 days after beam stop USRBIN 10. ALL-PART -27. 1600. 510. 1300.Photon4 USRBIN -700. -700. -1575. 100. 100. 100. & DCYSCORE 5. Photon4 Photon4 USRBIN * 14 days after beam stop USRBIN 10. ALL-PART -28. 1600. 510. 1300.Photon5 USRBIN -700. -700. -1575. 100. 100. 100. & DCYSCORE 6. Photon5 Photon5 USRBIN * 30 days after beam stop USRBIN 10. ALL-PART -29. 1600. 510. 1300.Photon6 USRBIN -700. -700. -1575. 100. 100. 100. & DCYSCORE 7. Photon6 Photon6 USRBIN * 90 days after beam stop USRBIN 10. ALL-PART -30. 1600. 510. 1300.Photon7 USRBIN -700. -700. -1575. 100. 100. 100. & DCYSCORE 8. Photon7 Photon7 USRBIN * one year after beam stop USRBIN 10. ALL-PART -31. 1600. 510. 1300.Photon8 USRBIN -700. -700. -1575. 100. 100. 100. & DCYSCORE 9. Photon8 Photon8 USRBIN * 1.5 year after beam stop USRBIN 10. ALL-PART -32. 1600. 510. 1300.Photon9 USRBIN -700. -700. -1575. 100. 100. 100. & DCYSCORE 10. Photon9 Photon9 USRBIN * 2 years after beam stop USRBIN 10. ALL-PART -33. 1600. 510. 1300.Photon10 USRBIN -700. -700. -1575. 100. 100. 100. & DCYSCORE 11. Photon10 Photon10 USRBIN * * * Photon dose scoring from all particles * *....................................................... * 0 second after beam stop DCYSCORE 1. PhotDos PhotDos USRBIN USRBIN 10. DOSE-EQ -34. 1600. 510. 1300.PhotDos USRBIN -700. -700. -1575. 100. 100. 100. & AUXSCORE USRBIN ALL-PART PhotDos PhotDos EWT74 * 1 second after beam stop DCYSCORE 2. PhotDos1 PhotDos1 USRBIN USRBIN 10. DOSE-EQ -35. 1600. 510. 1300.PhotDos1 USRBIN -700. -700. -1575. 100. 100. 100. & AUXSCORE USRBIN ALL-PART PhotDos1 PhotDos1 EWT74 * 12 hours after beam stop DCYSCORE 3. PhotDos2 PhotDos2 USRBIN USRBIN 10. DOSE-EQ -36. 1600. 510. 1300.PhotDos2 USRBIN -700. -700. -1575. 100. 100. 100. & AUXSCORE USRBIN ALL-PART PhotDos2 PhotDos2 EWT74 * 1 day after beam stop DCYSCORE 4. PhotDos3 PhotDos3 USRBIN USRBIN 10. DOSE-EQ -37. 1600. 510. 1300.PhotDos3 USRBIN -700. -700. -1575. 100. 100. 100. & AUXSCORE USRBIN ALL-PART PhotDos3 PhotDos3 EWT74 * 3 days after beam stop DCYSCORE 5. PhotDos4 PhotDos4 USRBIN USRBIN 10. DOSE-EQ -38. 1600. 510. 1300.PhotDos4 USRBIN -700. -700. -1575. 100. 100. 100. & AUXSCORE USRBIN ALL-PART PhotDos4 PhotDos4 EWT74 * 14 days after beam stop DCYSCORE 6. PhotDos5 PhotDos5 USRBIN USRBIN 10. DOSE-EQ -39. 1600. 510. 1300.PhotDos5 USRBIN -700. -700. -1575. 100. 100. 100. & AUXSCORE USRBIN ALL-PART PhotDos5 PhotDos5 EWT74 * 30 days after beam stop DCYSCORE 7. PhotDos6 PhotDos6 USRBIN USRBIN 10. DOSE-EQ -40. 1600. 510. 1300.PhotDos6 USRBIN -700. -700. -1575. 100. 100. 100. & AUXSCORE USRBIN ALL-PART PhotDos6 PhotDos6 EWT74 * 90 days after beam stop DCYSCORE 8. PhotDos7 PhotDos7 USRBIN USRBIN 10. DOSE-EQ -41. 1600. 510. 1300.PhotDos7 USRBIN -700. -700. -1575. 100. 100. 100. & AUXSCORE USRBIN ALL-PART PhotDos7 PhotDos7 EWT74 * one year after beam stop DCYSCORE 9. PhotDos8 PhotDos8 USRBIN USRBIN 10. DOSE-EQ -42. 1600. 510. 1300.PhotDos8 USRBIN -700. -700. -1575. 100. 100. 100. & AUXSCORE USRBIN ALL-PART PhotDos8 PhotDos8 EWT74 * 1.5 year after beam stop DCYSCORE 10. PhotDos9 PhotDos9 USRBIN USRBIN 10. DOSE-EQ -43. 1600. 510. 1300.PhotDos9 USRBIN -700. -700. -1575. 100. 100. 100. & AUXSCORE USRBIN ALL-PART PhotDos9 PhotDos9 EWT74 * 2 years after beam stop DCYSCORE 11. PhotDo10 PhotDo10 USRBIN USRBIN 10. DOSE-EQ -44. 1600. 510. 1300.PhotDo10 USRBIN -700. -700. -1575. 100. 100. 100. & AUXSCORE USRBIN ALL-PART PhotDo10 PhotDo10 EWT74 * * * Photon distribution from all particles * *...................................................... * with beam on DCYSCORE -1. AllPart AllPart USRBIN USRBIN 10. ALL-PART -45. 1600. 510. 1300.AllPart USRBIN -700. -700. -1575. 100. 100. 100. & * * * Photon dose rate from all particles * *...................................................... * with beam on DCYSCORE -1. AllPartD AllPartD USRBIN USRBIN 10. DOSE-EQ -46. 1600. 510. 1300.AllPartD USRBIN -700. -700. -1575. 100. 100. 100. & AUXSCORE USRBIN ALL-PART AllPartD AllPartD EWT74 * * * Residual nuclei scoring in beam * ............................................... * RIB primary vault RESNUCLE 3. -47. 94. 104. VAULT AirVault * Passage between two borated polyethylene doors RESNUCLE 3. -48. 94. 104. VAULTP AirVaulP * RIB secondary vault RESNUCLE 3. -49. 94. 104. RIBVAULT AirRibV * Soil under LERIB facility RESNUCLE 3. -50. 94. 104. SOIL Soil * Air duct in LERIB facility RESNUCLE 3. -51. 94. 104. DUCT AirDuct * Water contained in the chamber RESNUCLE 3. -52. 94. 104. CHAMBWAT ChambWat * * GEOBEGIN COMBNAME 0 0 SPH blackhol 0.0 0.0 0.0 10000. SPH void 0.0 0.0 0.0 5000. RCC pBmout 0.0 0.0 -13.512 0.0 0.0 -1450. 5.5 RCC targin 0.0 0.0 -13.5 0.0 0.0 23. 2.25 RCC dumpin 0.0 0.0 9.5 0.0 0.0 4.45 2.25 RCC targout 0.0 0.0 -13.5 0.0 0.0 23. 2.45 RCC urdisk1 0.0 0.0 -10.625 0.0 0.0 0.09 2. RCC urdisk2 0.0 0.0 -9.305 0.0 0.0 .09 2. RCC urdisk3 0.0 0.0 -8.005 0.0 0.0 .09 2. RCC urdisk4 0.0 0.0 -6.555 0.0 0.0 .09 2. RCC urdisk5 0.0 0.0 -5.205 0.0 0.0 .09 2. RCC urdisk6 0.0 0.0 -3.745 0.0 0.0 .09 2. RCC urdisk7 0.0 0.0 -2.295 0.0 0.0 .09 2. RCC urdisk8 0.0 0.0 -0.655 0.0 0.0 .09 2. RCC urdisk9 0.0 0.0 1.205 0.0 0.0 .09 2. RCC urdisk10 0.0 0.0 2.755 0.0 0.0 .09 2. RCC urdisk11 0.0 0.0 4.455 0.0 0.0 .09 2. RCC urdisk12 0.0 0.0 5.905 0.0 0.0 .09 2. RCC urdisk13 0.0 0.0 7.455 0.0 0.0 .09 2. RCC dumpout 0.0 0.0 9.5 0.0 0.0 4.45 2.45 RCC dmdisk1 0.0 0.0 10. 0.0 0.0 .1 2.1 RCC dmdisk2 0.0 0.0 11. 0.0 0.0 .1 2.1 RCC dmdisk3 0.0 0.0 12. 0.0 0.0 .1 2.1 RCC dmdisk4 0.0 0.0 12.95 0.0 0.0 1. 2.25 RCC carbonf1 0.0 0.0 -12.4 0.0 0.0 0.02 2.25 RCC carbonf2 0.0 0.0 -11.88 0.0 0.0 0.02 2.25 RCC chambin -16.15 0.0 0.0 32.3 0.0 0.0 14.15 RCC chambout -17. 0.0 0.0 34. 0.0 0.0 15. RCC pBmin 0.0 0.0 -13.512 0.0 0.0 -1450. 4.65 RCC RIBin 16.15 3. 0.0 733.85 0.0 0.0 4.65 RCC RIBout 16.15 3. 0.0 733.85 0.0 0.0 5.5 RCC tantout 0.0 0.0 -13.5 0.0 0.0 23. 2.5 RCC tantin 0.0 0.0 -13.5 0.0 0.0 23. 2.45 RPP soutwal -150. 150. -150. 150. -975. -675. RPP westwal -450. -150. -150. 150. -975. 455. RPP brikwals -450. 1350. -150. 350. 455. 485. RPP westwal1 -450. -150. -150. 150. 485. 635. RPP nortwal -150. 300. -150. 150. 205. 455. RPP nortwal1 -150. 300. -150. 150. 485. 635. RPP eastwal 300. 750. -150. 150. -525. -75. RPP eastwal1 300. 600. -150. 150. 485. 635. RPP box 150. 300. -150. 150. -525. -375. RPP entranc 750. 1200. -150. 150. -225. -75. RPP entranc1 1050. 1200. -150. 150. -75. 455. RPP k600box 900. 1200. -150. 75. -525. -375. RPP innerdor 510. 520. -150. 75. -675. -525. RPP slidedor 750. 760. -150. 75. -675. -490. RPP soil -450. 1500. -650. -250. -1575. 635. RPP floor -450. 1500. -250. -150. -1575. 635. RPP boronbox 1040. 1050. -150. 150. -75. 75. RPP invault -150. 300. -150. 150. -375. 205. RPP invault1 -150. 150. -150. 150. -675. -375. RPP invault2 150. 510. -150. 75. -675. -525. RPP invault3 520. 750. -150. 75. -675. -525. RPP ribvault 750. 1050. -150. 150. -75. 455. RPP soutwal1 150. 1200. -150. 75. -975. -675. RPP roofv -450. 150. 150. 375. -825. 455. RPP roofp 750. 1200. 75. 150. -975. -225. RPP roofv1 150. 750. 150. 375. -525. 455. RPP roofp1 150. 750. 75. 375. -975. -525. RPP roofrib 750. 1200. 150. 225. -225. 455. RCC RIBinexp 952. 3. 455. 0.0 0.0 30. 4.65 RCC RIBoutex 952. 3. 455. 0.0 0.0 30. 5.5 RCC targout1 0.0 0.0 -13.5 0.0 0.0 23. 2.45 RCC targin1 0.0 0.0 -13.5 0.0 0.0 23. 2.25 RPP eastwal2 300. 750. -150. -50. 75. 455. RPP eastwal3 300. 750. -150. -50. -75. 75. RPP eastwal4 300. 600. 100. 150. -75. 75. RPP eastwal5 450. 600. -50. 100. -75. 75. RPP invault4 300. 450. -50. 100. -75. 75. RPP ribvaul1 712.5 750. -50. 50. -75. 75. RPP eastwal6 675. 750. 50. 150. -75. 455. RPP eastwal7 300. 600. -50. 150. 75. 455. RPP eastwal8 600. 750. -50. 50. 75. 455. RPP air 600. 675. 50. 150. -75. 455. RCC hvtubout 450. 87. -60. 200.6 0.0 0.0 8.1 RCC hvtubin 450. 87. -60. 200.6 0.0 0.0 7.5 RCC hvtubinz 642.5 87. -60. 0.0 0.0 545. 7.5 RCC hvtubouz 642.5 87. -60. 0.0 0.0 545. 8.1 RCC borain 450. 87. -60. 150. 0.0 0.0 12.1 RCC boraout 450. 87. -60. 150. 0.0 0.0 12.7 RCC isolatx 450. 87. -60. 2.8 0.0 0.0 12.1 RCC isolatx1 597.2 87. -60. 2.8 0.0 0.0 12.1 RCC lvtubin 450. 87. 55. 175. 0.0 0.0 10. RCC lvtubinz 615. 87. 55. 0.0 0.0 430. 10. RPP duct -175. -150. 110. 150. -640. -560. RPP eastwal9 600. 712.5 -50. 50. -75. 75. RPP ductx -450. -175. 160. 200. -905. -825. RPP roofv2 -450. 150. 150. 225. -975. -825. RPP ductz -255. -175. 110. 160. -975. -560. RCC chambwat -17. 0.0 0.0 34. 0.0 0.0 16.768 RPP boronbo1 665. 675. 50. 150. -75. 125. RPP borduct -175. -150. 100. 160. -650. -550. RPP borductz -265. -165. 100. 160. -975. -550. RPP borductx -450. -165. 150. 210. -915. -815. RPP westwal2 -450. -300. -150. 150. -1575. -975. RPP soutwal2 150. 1500. -150. 150. -1575. -1425. RPP entranc2 1350. 1500. -150. 150. -1425. -675. RPP k600box1 1200. 1500. -150. 150. -525. -375. RPP roofn -450. 750. 150. 225. -1575. -975. RPP roofn1 750. 1200. 150. 225. -1575. -825. RPP roofn2 1200. 1500. 150. 225. -1575. -225. RPP boronbo2 1040. 1050. -150. 150. -75. 75. RPP boronbo3 665. 675. 50. 150. -75. 125. RPP borduct1 -175. -150. 100. 160. -650. -550. RPP duct1 -175. -150. 110. 150. -640. -560. RPP borduct2 -265. -165. 100. 160. -975. -550. RPP ductz1 -255. -175. 110. 160. -975. -560. RPP borduct3 -450. -165. 150. 210. -915. -815. RPP ductx1 -450. -175. 160. 200. -905. -825. END BLKBODY 5 +blackhol -void VOID 5 +void -carbonf1 -carbonf2 -chambin -chambout -dmdisk1 -dmdisk2 -dmdisk3 -dmdisk4 -dumpin -dumpout -pBmin -pBmout -RIBin -RIBout -tantin -tantout -targin -targout -urdisk1 -urdisk10 -urdisk11 -urdisk12 -urdisk13 -urdisk2 -urdisk3 -urdisk4 -urdisk5 -urdisk6 -urdisk7 -urdisk8 -urdisk9 -box -brikwals -eastwal -eastwal1 -entranc -entranc1 -innerdor -k600box -nortwal -nortwal1 -slidedor -soutwal -westwal -westwal1 -floor -soil -boronbox -roofp -roofp1 -roofrib -roofv -roofv1 -soutwal1 -RIBinexp -RIBoutex -invault -invault1 -invault2 -invault3 -ribvault -eastwal2 -eastwal3 -eastwal4 -eastwal5 -invault4 -ribvaul1 -targin1 -targout1 -eastwal6 -eastwal7 -eastwal8 -borain -boraout -hvtubin -hvtubinz -hvtubout -hvtubouz -isolatx -isolatx1 -air -lvtubin -lvtubinz -duct -eastwal9 -ductx -roofv2 -ductz -chambwat -boronbo1 -borduct -borductz -borductx-westwal2 -soutwal2 -k600box1 -roofn -roofn1 -roofn2 -entranc2 TANTA 5 +tantout-tantin TARGET 5 +urdisk11 | +urdisk12 | +urdisk13 | +urdisk2 | +urdisk3 | +urdisk4 | +urdisk5 | +urdisk7 | +urdisk8 | +urdisk9 | +urdisk6 | +urdisk1 | +urdisk10 GrapDump 5 +dumpout -dumpin | +dmdisk1 | +dmdisk2 | +dmdisk3 | +dmdisk4 CHAMBER 5 +chambout -chambin -pBmin -RIBin pBpipe 5 +pBmout -pBmin -chambout RIBpipe 5 +RIBout -RIBin -chambout VACUUM 5 +pBmin +pBmout | +RIBin +RIBout | +chambin -tantout -dumpout | +dumpin -dmdisk4 -dmdisk3 -dmdisk2 -dmdisk1 | +targin -carbonf1 -carbonf2 -urdisk1 -urdisk10 -urdisk11 -urdisk12 -urdisk13 -urdisk2 -urdisk3 -urdisk4 -urdisk5 -urdisk6 -urdisk7 -urdisk9 -urdisk8 | +RIBinexp +RIBoutex BUILDING 5 +box | +eastwal | +eastwal1 | +entranc | +entranc1 | +eastwal1 | +k600box | +nortwal | +nortwal1 | +soutwal -pBmout | +westwal1 | +westwal -duct -ductz -borduct -borductz -borductx | +floor | +soutwal1 | +roofp | +roofp1 | +roofrib | +roofv -borductz -borductx | +roofv1 | +eastwal2 | +eastwal3 | +eastwal4 | +eastwal5 -RIBout -hvtubin -hvtubout -borain -boraout -lvtubin | +eastwal6 | +eastwal7 | +eastwal8 | +eastwal9 -RIBout | +roofv2 -ductx -borductz-borductx | +westwal2 -ductz |+soutwal2 |+roofn |+roofn1 |+roofn2 |+k600box1 |+entranc2 BRIKWAL 5 +brikwals -RIBinexp -RIBoutex -hvtubinz -hvtubouz -lvtubinz SLIDEDOR 5 +slidedor SOIL 5 +soil BORONBOX 5 +boronbox | +boronbo1 RIBpipEx 5 +RIBoutex -RIBinexp VAULT 5 +invault -carbonf1 -carbonf2 -chambin -chambout -dmdisk1 -dmdisk2 -dmdisk3 -dmdisk4 -dumpin -dumpout -pBmin -pBmout -tantin -tantout -targin -targout -urdisk1 -urdisk10 -urdisk11 -urdisk12 -urdisk13 -urdisk2 -urdisk3 -urdisk4 -urdisk5 -urdisk6 -urdisk7 -urdisk8 -urdisk9 -RIBin -RIBout -chambwat | +invault1 -pBmin -pBmout | +invault2 | +invault4 -RIBin -RIBout VAULTP 5 +invault3 RIBVAULT 5 +ribvault -boronbox | +ribvaul1 -RIBin -RIBout GrapTarC 5 +targout -targin GrapFoil 5 +carbonf1 |+carbonf2 AIR 5 +borain -hvtubout -isolatx -isolatx1 | +air -hvtubin -hvtubinz -hvtubout -hvtubouz -lvtubin -lvtubinz-boronbo1 ISOLATOR 5 +isolatx +borain +boraout -hvtubout | +isolatx1 +borain +boraout -hvtubout HVCABLE 5 +hvtubin +hvtubout-hvtubouz | +hvtubinz +hvtubouz -hvtubout | +hvtubin +hvtubinz +hvtubout +hvtubouz BORIS 5 -hvtubin +hvtubout | -borain +boraout | -hvtubinz +hvtubouz LVCABLE 5 +lvtubin | +lvtubinz | +lvtubin +lvtubinz INNERDOR 5 +innerdor DUCT 5 +duct +borduct-borductz | +ductx +borductx | +ductz +borductz -borductx CHAMBWAT 5 +chambwat -chambout -pBmout DUCTPOLY 5 +borduct1 -duct1 | +borduct2 -ductz1 | +borduct3 -ductx1 END GEOEND * * * Concrete portland * Concrete has a wide variation in density and composition. MATERIAL 2.3 PORTLAND COMPOUND -0.01 HYDROGEN -0.001 GRAPHITE -0.529107 OXYGENPORTLAND COMPOUND -0.016 SODIUM -0.002 MAGNESIU -0.033872 ALUMINUMPORTLAND COMPOUND -0.337021 SILICON -0.013 POTASSIU -0.044 CALCIUMPORTLAND COMPOUND -0.014 IRON PORTLAND MAT-PROP 135.2 PORTLAND *STERNHEI 3.9464 0.1301 3.0466 0.07515 3.5467 PORTLAND * * * Stainless steel MATERIAL 7.80 STEEL COMPOUND 0.67145 IRON 0.185 CHROMIUM 0.1125 NICKELSTEEL COMPOUND 0.02 MANGANES 0.01 SILICON 0.00045 PHOSPHOSTEEL COMPOUND 0.0003 SULFUR 0.0003 CARBON STEEL MATERIAL 24. 51.996 7.19 CHROMIUM MATERIAL 25. 54.938 7.21 MANGANES MATERIAL 15. 30.974 2.2 PHOSPHO *MATERIAL 13. 26.982 2.7 ALUMINIU * * * Aluminium oxide Al2O3, MATERIAL 3.88 ALUMINA COMPOUND -0.995 ALUMINUM -0.005 OXYGEN ALUMINA LOW-MAT ALUMINUM 13. 27. 296. ALUMINUM * * * Uranium MATERIAL 92. 18.95 URANIUM LOW-MAT URANIUM 92. 238. 296. 238-U MAT-PROP 890. URANIUM *STERNHEI 5.8694 0.226 3.3721 0.19677 2.8171 0.14URANIUM * * * Uranium dicarbide U_C2 MATERIAL 11.28 UC2 COMPOUND -0.091669 GRAPHITE -0.908331 URANIUM UC2 MAT-PROP 752. UC2 *STERNHEI 6.0247 -0.2191 3.5208 0.2112 2.6577 UC2 * * * Borated polyethylene MATERIAL 5. 2.37 BORON MATERIAL 1. BORPOLY COMPOUND -0.05 BORON -0.95 POLYETHY BORPOLY MAT-PROP 76. BORON LOW-MAT OXYGEN 8. 16. 296. OXYGEN LOW-NEUT * * * Graphite MATERIAL 6. 2.26 GRAPHITE LOW-MAT GRAPHITE 6. -3. 296. CARBON * * * Air composition MATERIAL 0.001205 AIRVAULT COMPOUND 0.000124 CARBON 0.755267 NITROGEN 0.231781 OXYGENAIRVAULT COMPOUND 0.012827 ARGON AIRVAULT * * * Sulphur MATERIAL 16. 32.066 2. SULFUR * * * Cesium MATERIAL 55. 132.906 2. CESIUM * * * Soil composition MATERIAL 2.65 SOIL COMPOUND 0.42 OXYGEN 0.21 SILICON 0.135 IRONSOIL COMPOUND 0.08 POTASSIU 0.04 CALCIUM 0.05 MAGNESIUSOIL COMPOUND 0.03 SULFUR 0.03 ALUMINUM 0.005 CESIUMSOIL MATERIAL 19. 0.862 POTASSIU MATERIAL 27. 8.9 COBALT MATERIAL 63. 5.243 EUROPIUM * * * Material assignments * * ASSIGNMA BLCKHOLE BLKBODY ASSIGNMA AIR VOID ASSIGNMA TANTALUM TANTA ASSIGNMA UC2 TARGET ASSIGNMA GRAPHITE GrapDump ASSIGNMA ALUMINUM CHAMBER ASSIGNMA STEEL pBpipe ASSIGNMA ALUMINUM RIBpipe ASSIGNMA VACUUM VACUUM ASSIGNMA GRAPHITE GrapTarC ASSIGNMA PORTLAND BUILDING ASSIGNMA PORTLAND BRIKWAL ASSIGNMA BORPOLY SLIDEDOR ASSIGNMA SOIL SOIL ASSIGNMA BORPOLY BORONBOX ASSIGNMA ALUMINUM RIBpipEx ASSIGNMA AIRVAULT VAULT ASSIGNMA AIRVAULT VAULTP ASSIGNMA AIRVAULT RIBVAULT ASSIGNMA GRAPHITE GrapFoil ASSIGNMA POLYETHY DUCTPOLY ASSIGNMA AIR AIR ASSIGNMA ALUMINA ISOLATOR ASSIGNMA COPPER HVCABLE ASSIGNMA ALUMINUM BORIS ASSIGNMA AIR LVCABLE ASSIGNMA BORPOLY INNERDOR ASSIGNMA AIR DUCT ASSIGNMA WATER CHAMBWAT * * * Random number seed * * RANDOMIZ 1. * * * Number of primary histories to be simulated in the run * * START 10000000. 0.0 STOP