THE EGS5 CODE SYSTEM

Brem photons can be created and any photon followed down to
0.010 MeV
CPU time = 13.368 sec for 50000 cases
Fraction of electrons reflected from plate= 8.1%
Fraction of electrons transmitted through plate= 66.5%
Fraction of energy reflected from plate= 3.9%
Fraction of energy deposited in plate= 59.2%
Fraction of energy transmitted through plate= 36.9%
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Total fraction of energy accounted for= 100.0%
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Initializing EGS5, loop = 2: charD = 0.00
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Using media number 2, SI with short steps
for this run
inseed= 1 (seed for generating unique sequences of Ranlux)
ranlux luxury level set by rluxgo : 1 p= 48
ranlux initialized by rluxgo from seed 1
Start tutor4
Call hatch to get cross-section data
HATCH-call comes next
EGS SUCCESSFULLY ’HATCHED’ FOR 2 MEDIA.
WARNING in RMSFIT: no characteristic dimension input for media 1
Using old data from gsdist.dat with:
efrach, efrachl = 3.0000E-01 3.0000E-01
WARNING in RMSFIT: no characteristic dimension input for media 2
Using old data from gsdist.dat with:
efrach, efrachl = 1.0000E-02 1.0000E-02
Knock-on electrons can be created and any electron followed down to
0.189 MeV kinetic energy
Brem photons can be created and any photon followed down to
0.010 MeV
CPU time = 111.67 sec for 50000 cases
Fraction of electrons reflected from plate= 7.3%
Fraction of electrons transmitted through plate= 64.4%
Fraction of energy reflected from plate= 3.2%
Fraction of energy deposited in plate= 62.2%
Fraction of energy transmitted through plate= 34.6%
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