Programmes of charge and pulse shapes using e-h Transport Programme

2010.10.4a-->2017.7.18 Taka Kondo (KEK) 
Programme of Toy MC using the e-h transport
 directory       pulse shape printout           clock time scanning            stand alone           new stand alone      
updated2010.10.22010.10.42016.4.42017.7.17
SCT2/cmt/ requirements induced_charge.h Ramo.h
SCT2/SCT2/ MySCTcharge_v2.h MySCTtscan.h
SCT2/src/ MySCTcharge_v2.cxx MySCTtscan.cxx
SCT2/src/ GetExEy_150V.cxx , GetPotential.cxx GetExEy_150V.cxx, GetPotential.cxx
SCT2/src/components/ SCT2_load.cxx root -b -q

plot_induced_charge.C
plot_SCTAmp.C
plot_induced_pulse.C 		root -b -q
plot_Ey.C,plot_Ey_FDM.C
plot_eh_trajectory.C,plot_charge.C
plot_newSCTAmp.C,plot_pulse.C
plot_track.C,
SCT2/src/components/ SCT2_entries.cxx SCT2_entries.cxx
SCT2/run/ MySCTcharge_v2.py MySCTtscan.py
output_examples case_A(B=-2 T)
case_B(B=0 T) 		tscan_3.root
out_tscan
plot program plot_charge_pulse.C plot_tscan.C
plots , , , , , , , , , , , ,

  • See Definition of coordinate system

  • See Program_transport.pdf for brief explanation.

  • See ABCD pulse shapes by Jan Kaplon's works and root -q -b plot_Amp.C
    other related links:
  • eh_transport page
  • phi_distribution page
  • mapping page
  • depletion voltage and leak current prediction
    Please send any questions/suggestions to Taka Kondo (KEK).