• Algorithm
• Calculation
• Output
• Beam
• Detector
• Graph

• Number of interactions (nI)
• Integration step (dr)
  Å
• Voxel size (dL)
  Å
• Integration method
  Default MC Connected trajectories
   

  Multiple Scattering

  Yes No

  Direct mode

  Yes No

  Maximum trajectory distance

  Å

  Minimum connection angle

  °

  Maximum Cross Section

  (dσ/dΩ) / σ_total

  ΔE at connection

  keV

• Line Shape
  Gaussian Exp. Mod. Gauss.
• Cross Section
  Rutherford Corrected
• Energy Stopping
  Off SRIM
• Energy Straggling
  Off Bohr Lindhard Chu Yang
• Charge Neutralization
  Off Marion CasP
• Dielectric Function
  Off Lindhard Mermin
• ELF δE
  eV
• ELF ω_max
  eV
• ELF q_max
  ℏ/a₀

• Projectile
  Ion Molecule
• Particles x sr
• Atomic number (Z)
• Atomic mass (M)
  amu
• Beam energy (E₀)
  keV
• Minimum energy (E_min)
  keV
• Maximum energy (E_max)
  keV
• Incidence angle (θ_inc)
  °
• Coul. Expl. linear factor (γ)
• Coul. Expl. non-linear factor (α)
• Energy stopping ratio (dE/dx)

• Detector type
  Electrostatic Time of Flight Magnetic
• Energy resolution FWHM (δE)
  eV
• Scattering angle (Θ)
  °
• Angular width (ΔΘ)
  °
• TOF length (L)
  m
• Time resolution (δt)
  ns
• Out of plane angle (α)
  °
• Out of plane angular width (Δα)
  °

• Histogram mode
  Simple Elements Compounds
• Energy channel width (dE)
  keV
• Angular channel width (dθ)
  °
• Minimum energy (E_min)
  keV
• Maximum energy (E_max)
  keV

• Spectrum type
  1D Energy 1D Energy Loss 2D Energy/Angle
• Normalization
  Minimize
• χ²_red ( to keV )
  {{prmt['output'].chi2red}}
  Calculate

• Upload experimental   File name   {{prmt['expdata_s_1'].file}}
• Energy channels
  E = Channel × +