Electro-magnetic update

First results using new interpolation method, hopefully mergable in the course of next week

Have a look at GitHub

Longitudinal Particle Distribution

Producing multiple electro magnetic shower with the proposal interaction modell.

  • \(e^{-}\) init type
  • 100 Tev primary energy
  • 50 statistics
  • 10 GeV particle cut
  • ~4.8 sec avg. time

Longitudinal Particle Distribution

Producing multiple electro magnetic shower with the proposal interaction modell.

  • \(e^{-}\) init type
  • 1 Tev primary energy
  • 50 statistics
  • 10 MeV particle cut
  • ~13.2 sec avg. time

Longitudinal Particle Distribution

Producing multiple electro magnetic shower with the proposal interaction modell.

  • \(e^{-}\) init type
  • 1 Tev primary energy
  • 50 statistics
  • 5 MeV particle cut
  • ~23.0 sec avg. time

Charge Excess

in dependences of shower depth in air produced by a primary \(e^{-}\) with an initial energy of 1 Tev with different particle cuts.

  • 10 MeV particle cut
  • 5 MeV particle cut