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* $Id$ |
* $Id: gpmat.inc,v 3.4 2006/05/02 11:46:13 pam-ba Exp $ |
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* $Log: gpmat.inc,v $ |
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* Revision 3.4 2006/05/02 11:46:13 pam-ba |
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* TOF geometry and position updated and a new material, the mylar, added |
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* Revision 3.3 2003/12/17 11:32:49 pamela |
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* CALO SIMULATION COMPLETED: geometry and special tracking parameters updated and simulation checked by a comparison with the Trieste's standalone Monte Carlo simulation |
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* Revision 3.2 2002/12/05 10:17:42 pamela |
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* Update CAS and CALO geometries and positions. Makefile updated as well |
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* Revision 3.1.1.1 2002/07/11 16:02:00 cafagna |
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* First GPAMELA release on CVS |
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* $Log$ |
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* gpmat.inc |
* gpmat.inc |
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* 03/10/2002 10.42.39 by Jens Lund |
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*CMZ : 2.02/00 11/10/2000 20.14.33 by Francesco Cafagna |
*CMZ : 2.02/00 11/10/2000 20.14.33 by Francesco Cafagna |
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*CMZ : 2.01/00 05/04/2000 14.35.17 by Marialuigia Ambriola |
*CMZ : 2.01/00 05/04/2000 14.35.17 by Marialuigia Ambriola |
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*CMZ : 2.00/00 03/03/2000 15.39.05 by Francesco Cafagna |
*CMZ : 2.00/00 03/03/2000 15.39.05 by Francesco Cafagna |
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C Tungsten : W 95%, Cu 2.5%, Ni 2.5%, Rho=18.1 g/cm**3 from Mirko-Aerostudi |
C Tungsten : W 95%, Cu 2.5%, Ni 2.5%, Rho=18.1 g/cm**3 from Mirko-Aerostudi |
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C Kaolinite : Al 21%, Si 21.7%, O 55.8%, H 1.5% Rho=2.594 g/cm**3 (insulator |
C Kaolinite : Al 21%, Si 21.7%, O 55.8%, H 1.5% Rho=2.594 g/cm**3 (insulator |
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C for calorimeter) from Mirko et al. |
C for calorimeter) from Mirko et al. |
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C Mylar : C5H4O2: Rho=1.39 g/cm**3 from P. D. Book |
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C Polystirene: C8H8: from P. D. Book Rho=35 g/l=350 g/cm**3 from Beppe Osteria |
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C |
C |
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C The NM*** numbers are the material numbers in the JMATE structure |
C The NM*** numbers are the material numbers in the JMATE structure |
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C Note that the Silicon has been duplicate to allow the changing of |
C Note that the Silicon has been duplicate to allow the changing of |
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*EM: |
*EM: |
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INTEGER NMCERA,NMG10C,NMWCAL |
INTEGER NMCERA,NMG10C,NMWCAL |
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*END EM. |
*END EM. |
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*JeL: |
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INTEGER NMPLAS |
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*END JeL. |
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INTEGER NMMYL,NMPOL |
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REAL ASCIN,ZSCIN,WSCIN,DSCIN, |
REAL ASCIN,ZSCIN,WSCIN,DSCIN, |
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+ AN2G,ZN2G,DN2G,RN2G, |
+ AN2G,ZN2G,DN2G,RN2G, |
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+ AG10,ZG10,WG10,DG10, |
+ AG10,ZG10,WG10,DG10, |
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+ AG10C,ZG10C,WG10C,DG10C, |
+ AG10C,ZG10C,WG10C,DG10C, |
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+ ASI ,ZSI ,DSI ,RSI, |
+ ASI ,ZSI ,DSI ,RSI, ABSI, |
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+ AXE ,ZXE ,DXE ,RXE, |
+ AXE ,ZXE ,DXE ,RXE, |
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+ ATRAD ,ZTRAD ,DTRAD ,RTRAD, |
+ ATRAD ,ZTRAD ,DTRAD ,RTRAD, |
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+ AAER ,ZAER ,DAER ,RAER, |
+ AAER ,ZAER ,DAER ,RAER, |
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+ D2SICA,D2SITR, |
+ D2SICA,D2SITR, |
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+ AWCAL,ZWCAL,DWCAL,WWCAL, |
+ AWCAL,ZWCAL,DWCAL,WWCAL, |
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+ ACERA,ZCERA,DCERA,WCERA |
+ ACERA,ZCERA,DCERA,WCERA, |
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+ AMYL,ZMYL,DMYL,WMYL, |
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+ APOL,ZPOL,DPOL,WPOL |
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COMMON/GPCMAT/ NMSCIN,NMG10,NMN2,NMSITR,NMSICA,NMXE,NMTRAD,NMAER, |
COMMON/GPCMAT/ NMSCIN,NMG10,NMN2,NMSITR,NMSICA,NMXE,NMTRAD,NMAER, |
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*EM: |
*EM: |
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+ NMCERA,NMG10C,NMWCAL, |
+ NMCERA,NMG10C,NMWCAL, |
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*END EM. |
*END EM. |
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*JeL: |
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+ NMPLAS, |
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*END JeL. |
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+ NMMYL,NMPOL, |
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+ ASCIN(2),ZSCIN(2),WSCIN(2),DSCIN, |
+ ASCIN(2),ZSCIN(2),WSCIN(2),DSCIN, |
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+ AN2G,ZN2G,DN2G,RN2G, |
+ AN2G,ZN2G,DN2G,RN2G, |
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+ AG10(2),ZG10(2),WG10(2),DG10, |
+ AG10(2),ZG10(2),WG10(2),DG10, |
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+ ASI,ZSI,DSI,RSI, |
+ ASI,ZSI,DSI,RSI,ABSI, |
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+ AXE,ZXE,DXE,RXE, |
+ AXE,ZXE,DXE,RXE, |
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+ ATRAD,ZTRAD,DTRAD,RTRAD, |
+ ATRAD,ZTRAD,DTRAD,RTRAD, |
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+ AAER,ZAER,DAER,RAER, |
+ AAER,ZAER,DAER,RAER, |
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*EM: |
*EM: |
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+ AG10C(4),ZG10C(4),WG10C(4),DG10C, |
+ AG10C(4),ZG10C(4),WG10C(4),DG10C, |
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+ AWCAL(3),ZWCAL(3),DWCAL,WWCAL(3), |
+ AWCAL(3),ZWCAL(3),DWCAL,WWCAL(3), |
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+ ACERA(4),ZCERA(4),WCERA(4),DCERA |
+ ACERA(4),ZCERA(4),WCERA(4),DCERA, |
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*END EM. |
*END EM. |
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+ AMYL(3),ZMYL(3),DMYL,WMYL(3), |
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+ APOL(2),ZPOL(2),DPOL,WPOL(2) |
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C |
C |