216
C. W. Fabjan and D. Fournier
Fig. 6.13 90% containment radius R 90% (full line), in Molière radius ρ M as a function of shower
depth, for 100 GeV electron showers developing in lead. For comparison the longitudinal energy
deposition is also shown (dashed line, arbitrary scale) (Geant4)
Fig. 6.14 Fractional energy deposition in cylindrical layers of thickness 0.1 ρ M , coaxial with
the incident particle direction, for 100 GeV electron-induced showers in aluminium (dotted line),
copper (dashed line) and lead (dash-dotted) (Geant4)
C. W. Fabjan and D. Fournier
Fig. 6.13 90% containment radius R 90% (full line), in Molière radius ρ M as a function of shower
depth, for 100 GeV electron showers developing in lead. For comparison the longitudinal energy
deposition is also shown (dashed line, arbitrary scale) (Geant4)
Fig. 6.14 Fractional energy deposition in cylindrical layers of thickness 0.1 ρ M , coaxial with
the incident particle direction, for 100 GeV electron-induced showers in aluminium (dotted line),
copper (dashed line) and lead (dash-dotted) (Geant4)