TITLE Hall D Si PM radiation damage DEFAULTS NEW-DEFA BEAM -13.0 PHOTON BEAMPOS 0.0 0.0 30.0 SOURCE GEOBEGIN COMBNAME 0 0 * Black body SPH blkbody 0.0 0.0 0.0 10000000.0 * Vacuum around the hall RPP void -2500.0 2500.0 -2500.0 2500.0 -5000.0 5000.0 * Outside box containing the hall walls RPP outbox -1200.0 900.0 -600.0 1300.0 -1200.0 2600.0 * Inner box containing the hall walls RPP innerbox -1000.0 700.0 -400.0 1100.0 -1000.0 2500.0 * Outer infinit cylinder containing solenoid magnets ZCC magout 0.0 0.0 188.0 * Inner infinit cylinder containing solenoid magnet 1 ZCC inmag1 0.0 0.0 93.0 * Inner infinit cylinder containing solenoid magnet 2 ZCC inmag2 0.0 0.0 95.0 * Infinit plane limiting magnet 1 from left XYP pl1 -51.0 * Infinit plane limiting magnet 2 from left and magnet 1 from right and bcal from left XYP pl2 0.0 * Infinit plane limiting magnet 3 from left and magnet 2 from right XYP pl3 378.0 * Infinit plane limiting magnet 3 from right XYP pl4 444.0 * Outer cylinder containing barrel calorimeter ZCC bcalout 0.0 0.0 90.0 * Inner cylinder containing barrel calorimeter ZCC bcalin 0.0 0.0 65.0 * Plane limiting bcal from right XYP pl5 390.0 * Plane limiting bcal light guide #2 from right and limiting SiPM from left XYP pl6 405.0 * Plane limiting bcal light guide #1 from left XYP pl7 -15.0 * Plane limiting SiPM from right XYP sipmr 405.1 * Outer box containing fcal RPP fcalout -118.0 118.0 -118.0 118.0 625.0 670.0 * Inner box limiting fcal RPP fcalin -6.0 6.0 -6.0 6.0 625.0 670.0 * Outer box containing time of flight detector RPP tofout -126.0 126.0 -126.0 126.0 615.5 620.5 * Inner box limiting time of flight detector RPP tofin -6.0 6.0 -6.0 6.0 615.5 620.5 * Outer Cylinder containing FDC chambers ZCC fdcout 0.0 0.0 48.5 * Inner Cylinder limiting FDC chambers ZCC fdcin 0.0 0.0 1.3 * Plane limiting FDC 1 equivalent ground plates (total of 7, Al) from left XYP fdcpl11 180.0 * Plane limiting FDC 1 equivalent cathods from left XYP fdcpl12 180.0091 * Plane limiting FDC 1 Kapton cylinder inside FDC1 chamber from left XYP fdcpl13 180.0253 * Plane limiting Argon gas inside FDC 1 from left XYP fdcpl14 180.0378 * Plane limiting Argon gas inside FDC 1 from right XYP fdcpl15 188.0378 * Plane limiting FDC 2 equivalent ground plates (total of 7, Al) from left XYP fdcpl21 239.0 * Plane limiting FDC 2 equivalent cathods from left XYP fdcpl22 239.0091 * Plane limiting FDC 2 Kapton cylinder inside FDC2 chamber from left XYP fdcpl23 239.0253 * Plane limiting Argon gas inside FDC 2 from left XYP fdcpl24 239.0378 * Plane limiting Argon gas inside FDC 2 from right XYP fdcpl25 247.0378 * Plane limiting FDC 3 equivalent ground plates (total of 7, Al) from left XYP fdcpl31 298.0 * Plane limiting FDC 3 equivalent cathods from left XYP fdcpl32 298.0091 * Plane limiting FDC 3 Kapton cylinder inside FDC2 chamber from left XYP fdcpl33 298.0253 * Plane limiting Argon gas inside FDC 3 from left XYP fdcpl34 298.0378 * Plane limiting Argon gas inside FDC 3 from right XYP fdcpl35 306.0378 * Plane limiting FDC 4 equivalent ground plates (total of 7, Al) from left XYP fdcpl41 357.0 * Plane limiting FDC 4 equivalent cathods from left XYP fdcpl42 357.0091 * Plane limiting FDC 4 Kapton cylinder inside FDC2 chamber from left XYP fdcpl43 357.0253 * Plane limiting Argon gas inside FDC 4 from left XYP fdcpl44 357.0378 * Plane limiting Argon gas inside FDC 4 from right XYP fdcpl45 365.0378 * Inner cylinder limiting CDC ZCC cdcin 0.0 0.0 9.0 * Outer cylinder limiting CDC ZCC cdcout 0.0 0.0 55.5 * Outer cylinder containing 1st layer of CDC approximation ZCC cdcl1out 0.0 0.0 9.084 * Inner cylinder limiting 2nd layer of CDC approximation ZCC cdcl2in 0.0 0.0 24.0 * Outer cylinder containing 2nd layer of CDC approximation ZCC cdcl2out 0.0 0.0 24.21 * Inner cylinder limiting 3rd layer of CDC approximation ZCC cdcl3in 0.0 0.0 39.0 * Outer cylinder containing 3rd layer of CDC approximation ZCC cdcl3out 0.0 0.0 39.21 * 1st plane limiting cdc upstream plate from left XYP cdcpl1 15.75 * 2nd plane limiting cdc upstream plate from right XYP cdcpl2 17.0 * 3rd plane limiting cdc downstream plate from left XYP cdcpl3 167.0 * 4th plane limiting cdc downstream plate from right XYP cdcpl4 167.6 * Outer cylinder containing start counter ZCC stcntout 0.0 0.0 7.62 * Inner cylinder limiting start counter ZCC stcntin 0.0 0.0 7.32 * Plane limiting start counter cylinder section from left XYP stpl1 40.0 * Plane limiting start counter cylinder section from right which is also end of the window XYP stpl2 90.0 * Cone containing last section of start counter TRC cntout 0.0 0.0 90.0 0.0 0.0 8.0 7.62 2.3 * Cone limiting last section of start counter TRC cntin 0.0 0.0 90.0 0.0 0.0 8.0 7.32 2.0 * Outer cylinder containing rohacell 1st layer ZCC rhout 0.0 0.0 4.0 * Inner cylinder limiting rohacell 1st layer ZCC rhin 0.0 0.0 3.0 * Inner cylinder limiting Al flange ZCC alflin 0.0 0.0 2.0 * Plane limiting aluminum exit window from left XYP texwin 89.993 * Plane limiting aluminum flange from left XYP alflpl 89.5 * Plane limiting rohacell from left XYP rhpl1 30.0 * Liquid hydrogen target RCC target 0.0 0.0 50.0 0.0 0.0 30.0 1.5 * Outer cylinder containing Cherenkov detector ZCC richout 0.0 0.0 220.0 * Inner cylinder limiting Cherenkov detector ZCC richin 0.0 0.0 5.1 * Plane limiting Cherenkov from left XYP richpl1 471.0 * Plane limiting Cherenkov from right XYP richpl2 611.0 * Infinit cylinder containing concreat shielding ZCC shielout 0.0 0.0 220.0 * Infinit cylinder limiting concreat shielding from inside and contaiing dump beamline ZCC shielin 0.0 0.0 15.0 * Plane limiting concreat shielding from left XYP shielpl1 730.0 * Plane limiting concreate shielding from right XYP shielpl2 790.0 * Infinite cylinder containing iron beam dump ZCC dumpout 0.0 0.0 150.0 * Infinite cylinder containing air inside beam dump ZCC dumpin 0.0 0.0 7.5 * Plane limiting beam dump from left XYP dumppl1 2000.0 * Plane limiting air inside beam dump from right XYP dumppl2 2100.0 * Plane limiting beam dump from right XYP dumppl3 2500.0 END * ------------------------------------------------------------------------------------------ * Black hole BLKBODY 5 +blkbody -void * Vacuum void around VOID 5 +void -outbox * Liquid hydrogen target TARGET 5 +target * Silicon photomultiplier ring SIPM 5 +bcalout -bcalin +sipmr -pl6 * Hall D walls and roof and floor HALLD 5 +outbox -innerbox * First magnet from left MAGLEFT 5 +magout -inmag1 +pl2 -pl1 * Second magnet from left MAGCENT 5 +magout -inmag2 +pl3 -pl2 * Third magnet from left MAGRIGHT 5 +magout -inmag1 +pl4 -pl3 * Air gap between barrel calorimeter and magnets GAPBCMAG 5 +inmag1 -bcalout +pl2 -pl7 | +inmag2 -bcalout +pl3 -pl2 | +inmag1 -bcalout +sipmr -pl3 * Left light guide on Bcal LEFTLG 5 +bcalout -bcalin +pl2 -pl7 * Bcal BCAL 5 +bcalout -bcalin +pl5 -pl2 * Right Light guide on Bcal RIGHTLG 5 +bcalout -bcalin +pl6 -pl5 * Air gap between CDC and Bcal GAPCDCBC 5 +bcalin -cdcout +cdcpl4 -cdcpl1 * CDC endplate left (upstream) PLL 5 +cdcout -cdcin +cdcpl2 -cdcpl1 * CDC endplate right (downstream) PLR 5 +cdcout -cdcin +cdcpl4 -cdcpl3 * Gas filling CDC CDCGAS 5 +cdcout -cdcl3out +cdcpl3 -cdcpl2 | +cdcl3in -cdcl2out +cdcpl3 -cdcpl2 | +cdcl2in -cdcl1out +cdcpl3 -cdcpl2 * Equivalent CDC straws CDCSTRAW 5 +cdcl3out -cdcl3in +cdcpl3 -cdcpl2 | +cdcl2out -cdcl2in +cdcpl3 -cdcpl2 | +cdcl1out -cdcin +cdcpl3 -cdcpl2 * Air gap between CDC and start counter GCDCSC1 5 +cdcin -stcntout +stpl2 -stpl1 * Start counter STCOUNT 5 +stcntout -stcntin +stpl2 -stpl1 | +cntout -cntin * Air gap between start counter and target holder rohacell GAPSCRH 5 +stcntin -rhout +stpl2 -stpl1 | +cntin * Rohacell containing target ROHACELL 5 +rhout -rhin +stpl2 -rhpl1 * Al flange ALFLANGE 5 +rhin -alflin +stpl2 -alflpl * Target exit window TAREXWIN 5 +alflin +stpl2 -texwin * Vacuum around target TARVAC 5 +rhin +alflpl -rhpl1 -target | +alflin +texwin -alflpl * FDC 1st aluminum plate FDC1AL 5 +fdcout +fdcpl12 -fdcpl11 * FDC 1st cathode plate FDC1CAT 5 +fdcout -fdcin +fdcpl13 -fdcpl12 * FDC 1st kapton plate FDC1KAPT 5 +fdcin +fdcpl14 -fdcpl13 * FDC 1st argon gas layer FDC1GAS 5 +fdcout +fdcpl15 -fdcpl14 * Air gap between CDC and start counter up to CDC end plate 167.6cm downstream GCDCSC2 5 +cdcin -cntout +cdcpl4 -stpl2 * FDC 2nd aluminum plate FDC2AL 5 +fdcout +fdcpl22 -fdcpl21 * FDC 2nd cathod plate FDC2CAT 5 +fdcout -fdcin +fdcpl23 -fdcpl22 * FDC 2nd kapton plate FDC2KAPT 5 +fdcin +fdcpl24 -fdcpl23 * FDC 2nd argon gas layer FDC2GAS 5 +fdcout +fdcpl25 -fdcpl24 * FDC 3rd aluminum plate FDC3AL 5 +fdcout +fdcpl32 -fdcpl31 * FDC 3rd cathod plate FDC3CAT 5 +fdcout -fdcin +fdcpl33 -fdcpl32 * FDC 3rd kapton plate FDC3KAPT 5 +fdcin +fdcpl34 -fdcpl33 * FDC 3rd argon gas layer FDC3GAS 5 +fdcout +fdcpl35 -fdcpl34 * FDC 4th aluminum plate FDC4AL 5 +fdcout +fdcpl42 -fdcpl41 * FDC 4th cathod plate FDC4CAT 5 +fdcout -fdcin +fdcpl43 -fdcpl42 * FDC 4th kapton plate FDC4KAPT 5 +fdcin +fdcpl44 -fdcpl43 * FDC 4th argon gas layer FDC4GAS 5 +fdcout +fdcpl45 -fdcpl44 * Air gap between Bcal from top, CDC from left and start of FDC1 GBCAL1 5 +bcalin +fdcpl11 -cdcpl4 * Air gap between Bcal and FDC1 GBCAL2 5 +bcalin -fdcout +fdcpl12 -fdcpl11 | +bcalin -fdcout +fdcpl13 -fdcpl12 | +fdcin +fdcpl13 -fdcpl12 | +bcalin -fdcin +fdcpl14 -fdcpl13 | +bcalin -fdcout +fdcpl15 -fdcpl14 * Air gap between Bcal and FDC1 and FDC2 GBCAL3 5 +bcalin +fdcpl21 -fdcpl15 * Air gap between Bcal and FDC2 GBCAL4 5 +bcalin -fdcout +fdcpl22 -fdcpl21 | +bcalin -fdcout +fdcpl23 -fdcpl22 | +fdcin +fdcpl23 -fdcpl22 | +bcalin -fdcin +fdcpl24 -fdcpl23 | +bcalin -fdcout +fdcpl25 -fdcpl24 * Air gap between Bcal and FDC2 and FDC3 GBCAL5 5 +bcalin +fdcpl31 -fdcpl25 * Air gap between Bcal and FDC3 GBCAL6 5 +bcalin -fdcout +fdcpl32 -fdcpl31 | +bcalin -fdcout +fdcpl33 -fdcpl32 | +fdcin +fdcpl33 -fdcpl32 | +bcalin -fdcin +fdcpl34 -fdcpl33 | +bcalin -fdcout +fdcpl35 -fdcpl34 * Air gap between Bcal and FDC3 and FDC4 GBCAL7 5 +bcalin +fdcpl41 -fdcpl35 * Air gap between Bcal and FDC4 GBCAL8 5 +bcalin -fdcout +fdcpl42 -fdcpl41 | +bcalin -fdcout +fdcpl43 -fdcpl42 | +fdcin +fdcpl43 -fdcpl42 | +bcalin -fdcin +fdcpl44 -fdcpl43 | +bcalin -fdcout +fdcpl45 -fdcpl44 * Air gap between Bcal and FDC4 and end of BCAL GBCAL9 5 +bcalin +sipmr -fdcpl45 * Air gap inside right magnet GMAG2 5 +inmag1 +pl4 -sipmr * Time of flight detector TOFDET 5 +tofout -tofin * FCAL forward callorimeter FCALDET 5 +fcalout -fcalin * Air gap to the left of magnet 1 GAPLEFT1 5 +innerbox +pl1 * Air gap between plane 1 and bcal light guide GMAG1 5 +inmag1 +pl7 -pl1 * Air gap to the left of CDC GBCAL10 5 +bcalin +cdcpl1 -pl7 * Air gap to the left of target chamber GCDC1 5 +cdcin +rhpl1 -cdcpl1 * Air gap between start counter and CDC to the left GCDC2 5 +cdcin -rhout +stpl1 -rhpl1 * Air gap between HallD walls and magnets GAPTOP 5 +innerbox -magout +pl4 -pl1 * Cherenkov detector RICH 5 +richout -richin +richpl2 -richpl1 * Air to the right of magnets (right to pl4) GHALL1 5 +innerbox +richpl1 -pl4 | +innerbox -richout +richpl2 -richpl1 | +richin +richpl2 -richpl1 * Air to the right of magnets (right to pl4) GHALL2 5 +innerbox +shielpl1 -richpl2 -tofout -fcalout | +tofin | +fcalin * Concreate shielding SHIELD 5 +shielout -shielin +shielpl2 -shielpl1 * Air gap inside and outside of concreate shielding GSHIELD 5 +innerbox +shielpl2 -shielpl1 -shielout | +shielin +shielpl2 -shielpl1 * Concreat around iron beam dump DUMPCONC 5 +shielout -dumpout +dumppl3 -dumppl1 * Iron beam dump BEAMDUM 5 +dumpout -dumpin +dumppl2 -dumppl1 | +dumpout +dumppl3 -dumppl2 * Air inside iron beam dump GBDUMP 5 +dumpin +dumppl2 -dumppl1 * Air to the right of concreat shielding GHALL3 5 +innerbox +dumppl1 -shielpl2 * Air surounding beam dump GHALL4 5 +innerbox -shielout -dumppl1 END GEOEND * Concrete * Concrete has a wide variation in density and composition. The above * description is for poured structural concrete with 10% moisture * content. Concrete block will have a density of about 2.05 g/cm3. * Ranges of concrete composition are : C (8-25%), O (38-60%), Si (8-18%). * Concrete composition can be analyzed cheaply by commercial laboratories. MATERIAL 2.34 Concrete COMPOUND 23.0 CARBON 40.0 OXYGEN 12.0 SILICONConcrete COMPOUND 12.0 CALCIUM 10.0 HYDROGEN 2.0 MAGNESIUConcrete * 104 Air dry (near sea level) MATERIAL .00120484 AIR COMPOUND -1.248E-4 CARBON -.755267 NITROGEN -.231781 OXYGENAIR COMPOUND -0.012827 ARGON AIR * 216 Plastic Scint.(Vinyltoluene) MATERIAL 1.032 Plastic_ COMPOUND -.085 HYDROGEN -.915 CARBON Plastic_ MATERIAL 1.049 BCF12 COMPOUND 0.5 CARBON 0.5 HYDROGEN BCF12 MATERIAL 1.18 BCepoxy COMPOUND 60.0 CARBON 78.0 HYDROGEN 3.0 OXYGENBCepoxy COMPOUND 2.0 NITROGEN BCepoxy MATERIAL 4.87 PbScint * Lead scintillator COMPOUND -0.1036 BCF12 -.0345 BCepoxy -0.8619 LEADPbScint * Carbon fiber - compact carbon MATERIAL 6. 12.011 2.265 CARBONCO LOW-MAT CARBONCO 6. -3. 296. CARBON * Epoxy resin MATERIAL 1.3 EpoxyR COMPOUND 18.0 CARBON 20.0 HYDROGEN 3.0 OXYGENEpoxyR * Carbon fiber eppoxy MATERIAL 1.879 CFibEp COMPOUND -.6 CARBONCO -.4 EpoxyR CFibEp * Carbon dioxide C_O2 MATERIAL 0.001977 CO2 COMPOUND -.272916 CARBON -.727084 OXYGEN CO2 MATERIAL 0.0017 ChambGas COMPOUND -.85 ARGON -.15 CO2 ChambGas * Kapton polyimide film (C22_H10_N2_O5)n MATERIAL 1.42 KAPTON COMPOUND -0.026362 HYDROGEN -0.691133 CARBON -.07327 NITROGENKAPTON COMPOUND -0.209235 OXYGEN KAPTON MATERIAL 1.53136 AlKapton COMPOUND -.087 ALUMINUM -.913 KAPTON AlKapton MATERIAL 0.11 Rohacell COMPOUND 11.0 HYDROGEN 8.0 CARBON 1.0 NITROGENRohacell COMPOUND 2.0 OXYGEN Rohacell MATERIAL 1. 1.00794 0.0708 H-LIQUID * Mylar, Melinex * Chemical Formula : H-C = C-H H H * / \ | | * ---- O - C - C C - C - O - C - C ------- * || \\ // || | | * C H 0 O H-C - C-H O H H * 10 8 4 MATERIAL 1.397 Mylar COMPOUND 8.0 HYDROGEN 10.0 CARBON 4.0 OXYGENMylar MATERIAL 1.47 AlMylar COMPOUND -.071 ALUMINUM -.929 Mylar AlMylar MATERIAL 3.9459 CuKAPT COMPOUND -.335 COPPER -.665 KAPTON CuKAPT MATERIAL 19. 39.0983 .862 POTASSIU MATERIAL 3.61 PbGlass COMPOUND -.1667 OXYGEN -0.0877 SILICON -.6803 LEADPbGlass COMPOUND -.006 SODIUM -.0593 POTASSIU PbGlass MATERIAL 9.18.9984032 0.003929 FLUORINE MATERIAL 0.01012 CerGas COMPOUND 4.0 CARBON 10.0 FLUORINE CerGas LOW-MAT H-LIQUID 1. -2. 87. HYDROGEN ASSIGNMA BLCKHOLE BLKBODY ASSIGNMA VACUUM VOID ASSIGNMA Concrete HALLD ASSIGNMA IRON MAGLEFT ASSIGNMA IRON MAGCENT ASSIGNMA IRON MAGRIGHT ASSIGNMA AIR GAPBCMAG 1. ASSIGNMA Plastic_ LEFTLG 1. ASSIGNMA Plastic_ RIGHTLG 1. ASSIGNMA SILICON SIPM 1. ASSIGNMA AIR GAPCDCBC 1. ASSIGNMA PbScint BCAL 1. ASSIGNMA ALUMINUM PLL 1. ASSIGNMA CFibEp PLR 1. ASSIGNMA ChambGas CDCGAS 1. ASSIGNMA AlKapton CDCSTRAW 1. ASSIGNMA AIR GCDCSC1 1. ASSIGNMA AIR GAPSCRH 1. ASSIGNMA Plastic_ STCOUNT 1. ASSIGNMA Rohacell ROHACELL 1. ASSIGNMA ALUMINUM ALFLANGE 1. ASSIGNMA ALUMINUM TAREXWIN 1. ASSIGNMA H-LIQUID TARGET 1. ASSIGNMA VACUUM TARVAC 1. ASSIGNMA AlMylar FDC1AL 1. ASSIGNMA AlMylar FDC2AL 1. ASSIGNMA AlMylar FDC3AL 1. ASSIGNMA AlMylar FDC4AL 1. ASSIGNMA CuKAPT FDC1CAT 1. ASSIGNMA CuKAPT FDC2CAT 1. ASSIGNMA CuKAPT FDC3CAT 1. ASSIGNMA CuKAPT FDC4CAT 1. ASSIGNMA KAPTON FDC1KAPT 1. ASSIGNMA KAPTON FDC2KAPT 1. ASSIGNMA KAPTON FDC3KAPT 1. ASSIGNMA KAPTON FDC4KAPT 1. ASSIGNMA ChambGas FDC1GAS 1. ASSIGNMA ChambGas FDC2GAS 1. ASSIGNMA ChambGas FDC3GAS 1. ASSIGNMA ChambGas FDC4GAS 1. ASSIGNMA AIR GCDCSC2 1. ASSIGNMA AIR GBCAL1 1. ASSIGNMA AIR GBCAL2 1. ASSIGNMA AIR GBCAL3 1. ASSIGNMA AIR GBCAL4 1. ASSIGNMA AIR GBCAL5 1. ASSIGNMA AIR GBCAL6 1. ASSIGNMA AIR GBCAL7 1. ASSIGNMA AIR GBCAL8 1. ASSIGNMA AIR GBCAL9 1. ASSIGNMA AIR GMAG2 1. ASSIGNMA AIR GMAG1 1. ASSIGNMA AIR GAPLEFT1 1. ASSIGNMA AIR GBCAL10 1. ASSIGNMA AIR GCDC1 1. ASSIGNMA AIR GCDC2 1. ASSIGNMA AIR GAPTOP ASSIGNMA AIR GHALL1 1. ASSIGNMA AIR GHALL2 1. ASSIGNMA Plastic_ TOFDET ASSIGNMA PbGlass FCALDET ASSIGNMA CerGas RICH 1. ASSIGNMA Concrete SHIELD ASSIGNMA AIR GSHIELD ASSIGNMA Concrete DUMPCONC ASSIGNMA IRON BEAMDUM ASSIGNMA AIR GBDUMP ASSIGNMA AIR GHALL3 ASSIGNMA AIR GHALL4 * --------------------------------------------------------------------------- * ** PHYSYCS *** * --------------------------------------------------------------------------- EMFCUT -0.001 0.001 VACUUM @LASTMAT PROD-CUT EMFCUT -0.001 0.001 VOID @LASTREG MGNFIELD 30.0 0.01 0.0 0.0 0.0 EMF-BIAS 254. HALLD @LASTREG LAM-BIAS 0.0 0.02 PHOTON PHOTONUC 1. VACUUM @LASTMAT * -------------------------------------------------------------------------- USRBIN 11. SI1MEVNE 51. 76.0 405.11MeVeq USRBIN 66.0 405.0 1.0 1.0& AUXSCORE USRBIN ALL-PART 1MeVeq 1MeVeq * -------------------------------------------------------------------------- USRBIN 11. SI1MEVNE 51. 76.0 405.1NEUT USRBIN 66.0 405.0 1.0 1.0& AUXSCORE USRBIN NEUTRON NEUT NEUT * -------------------------------------------------------------------------- USRBIN 11. SI1MEVNE 51. 76.0 405.1PROT USRBIN 66.0 405.0 1.0 1.0& AUXSCORE USRBIN PROTON PROT PROT * -------------------------------------------------------------------------- USRBIN 11. SI1MEVNE 51. 76.0 405.1Pis USRBIN 66.0 405.0 1.0 1.0& AUXSCORE USRBIN PIONS+- Pis Pis * -------------------------------------------------------------------------- USRBIN 11. SI1MEVNE 51. 76.0 405.1ELECTR USRBIN 66.0 405.0 1.0 1.0& AUXSCORE USRBIN ELECTRON ELECTR ELECTR USRBIN 11. SI1MEVNE 51. 76.0 405.1POSITR USRBIN 66.0 405.0 1.0 1.0& AUXSCORE USRBIN POSITRON POSITR POSITR * -------------------------------------------------------------------------- * -------------------------------------------------------------------------- USRBIN 11. SI1MEVNE -61. 100.0 500.0Sp1MeVeq USRBIN 0.0 0.0 100.0 500.0& AUXSCORE USRBIN ALL-PART Sp1MeVeq 1MeVeq * -------------------------------------------------------------------------- USRBIN 11. SI1MEVNE -62. 100.0 500.0SpNEUT USRBIN 0.0 0.0 100.0 500.0& AUXSCORE USRBIN NEUTRON SpNEUT SpNEUT * -------------------------------------------------------------------------- USRBIN 11. SI1MEVNE -63. 100.0 500.0SpPROT USRBIN 0.0 0.0 100.0 500.0& AUXSCORE USRBIN PROTON SpPROT SpPROT * -------------------------------------------------------------------------- USRBIN 11. SI1MEVNE -64. 100.0 500.0SpPis USRBIN 0.0 0.0 100.0 500.0& AUXSCORE USRBIN PIONS+- SpPis SpPis * -------------------------------------------------------------------------- USRBIN 11. SI1MEVNE -65. 100.0 500.0SpELECTR USRBIN 0.0 0.0 100.0 500.0& AUXSCORE USRBIN ELECTRON SpELECTR SpELECTR USRBIN 11. -66. 100.0 500.0SpPOSITR USRBIN 0.0 0.0 100.0 500.0& AUXSCORE USRBIN POSITRON SpPOSITR SpPOSITR USRBIN 11. SI1MEVNE -60. 500.0 405.1 USRBIN 0.0 405.0 50.0 1.0& USRTRACK -1. PHOTON -71. SIPM 446.1 500.0gspec USRTRACK 12.0 0.001 & USRTRACK -1. ELECTRON -71. SIPM 446.1 500.0e-spec USRTRACK 12.0 0.001 & USRTRACK -1. POSITRON -71. SIPM 446.1 500.0e+spec USRTRACK 12.0 0.001 & USRTRACK -1. NEUTRON -71. SIPM 446.1 500.0nspec USRTRACK 12.0 1.0E-14 & USRTRACK -1. PROTON -71. SIPM 446.1 500.0pspec USRTRACK 12.0 0.001 & USRTRACK -1. PION+ -71. SIPM 446.1 500.0pi+spec USRTRACK 12.0 0.001 & USRTRACK -1. PION- -71. SIPM 446.1 500.0pi-spec USRTRACK 12.0 0.001 & USRBIN 11. DOSE 80. 76.0 405.1Dose USRBIN 66.0 405.0 1.0 1.0& * -------------------------------------------------------------------------- RANDOMIZ 1.0 1.0 START 1.0E6 STOP