PENCYL

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** Program PENSLAB. Input data file. **
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Aluminum surface

Primary particles: electrons
Initial energy = 1.500000E+04 eV
Particle source at Z0 = -3.000000E+01 cm
Initial polar angle in the interval = ( 0.000, 0.000) deg

**** Simulation mode:
Electron absorption energy = 1.000000E+02 eV
Photon absorption energy = 1.000000E+02 eV
Positron absorption energy = 1.000000E+02 eV
Electron-positron transport parameters:
C1 = 1.000000E-01, C2 = 1.000000E-01
Wcc = 1.000000E+03 eV, Wcr =-1.000000E+03 eV

PENELOPE's material definition file: al.mat

Slab thickness = 2.000000E-02 cm
Maximum step length (DSMAX) = 4.000000E-03 cm

Number of showers to be simulated = 2147483647
Computation time available = 10 sec

Random seeds = 12345 , 54321

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** Program PENSLAB. Results. **
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Simulation time ......................... 1.000000E+01 sec
Simulation speed ........................ 4.365000E+02 showers/sec

Simulated primary particles ............. 4.365000E+03

Transmitted primary particles ........... 0.000000E+00
Backscattered primary particles ......... 7.020000E+02
Absorbed primary particles .............. 3.663000E+03

Simulated secondary particles:
----------------------------------------------
| electrons | photons | positrons |
--------------------------------------------------------------
| transmitted | 0.000000E+00 | 0.000000E+00 | 0.000000E+00 |
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| backscattered | 2.400000E+01 | 1.200000E+01 | 0.000000E+00 |
--------------------------------------------------------------
| absorbed | 4.270000E+03 | 2.100000E+01 | 0.000000E+00 |
--------------------------------------------------------------

Fractional transmission ............ 0.000000E+00 +- 0.0E+00
Fractional backscattering .......... 1.663230E-01 +- 1.7E-02
Fractional absorption .............. 8.391753E-01 +- 1.7E-02

Mean number of events per primary track:

** Transmitted particles:
Hinges (soft events) ............ 0.000000E+00 +- 0.0E+00
Hard elastic collisions ......... 0.000000E+00 +- 0.0E+00
Hard inelastic collisions ....... 0.000000E+00 +- 0.0E+00
Hard bremsstrahlung emissions ... 0.000000E+00 +- 0.0E+00
Delta interactions .............. 0.000000E+00 +- 0.0E+00

** Backscattered particles:
Hinges (soft events) ............ 2.903846E+01 +- 2.5E+00
Hard elastic collisions ......... 2.219658E+01 +- 1.9E+00
Hard inelastic collisions ....... 3.304843E-01 +- 6.2E-02
Hard bremsstrahlung emissions ... 4.273504E-03 +- 7.4E-03
Delta interactions .............. 5.985755E+00 +- 6.7E-01

** Absorbed particles:
Hinges (soft events) ............ 1.915425E+02 +- 1.8E+00
Hard elastic collisions ......... 1.290571E+02 +- 1.2E+00
Hard inelastic collisions ....... 9.544090E-01 +- 4.2E-02
Hard bremsstrahlung emissions ... 4.641005E-03 +- 3.4E-03
Delta interactions .............. 6.052662E+01 +- 7.0E-01

Average final energy:
Transmitted particles ........... 0.000000E+00 +- 0.0E+00 eV
Backscattered particles ......... 9.466609E+03 +- 3.7E+02 eV

Average deposited energy ........... 1.346162E+04 +- 1.7E+02 eV

Average track length:
Transmitted particles ........... 0.000000E+00 +- 0.0E+00 cm
Backscattered particles ......... 1.521814E-04 +- 8.8E-06 cm
Absorbed particles .............. 2.667685E-04 +- 2.9E-06 cm

Average lateral displacement:
Transmitted particles ........... 0.000000E+00 +- 0.0E+00 cm
Backscattered particles ......... 7.450395E-05 +- 5.1E-06 cm

Mean value of the polar cosine of the exit direction:
Transmitted particles ........... 0.000000E+00 +- 0.0E+00
Backscattered particles ......... -6.816229E-01 +- 2.5E-02

Mean value of the polar angle of the exit direction:
Transmitted particles ........... 0.000000E+00 +- 0.0E+00 deg
Backscattered particles ......... 1.358860E+02 +- 2.1E+00 deg

Random seeds = 1920933636 , 178788490

*** END ***