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Input group: stopping-powers / multiplicity: one

Input	Description	Valid values	Default	Quantity
data_source	Source for the data	g4=GEANT4 c86=CREME-86	g4	text
material	Material	note: GEANT4 material	G4_Si	text
particle	Incident particle or ion	note: String particle name (proton, electron) or dictionary describing an ion, e.g. {"atomic_number": 26, "nucleon_number": 56, "charge": 0}	proton	text
energyLow	Low energy bin	min: 0 max: unbounded	0.001	energy
energyHigh	High energy bin	min: 0 max: unbounded	1000.0	energy
numberEnergies	Number of energies	min: 0 max: unbounded	60	number
energySpacing	Energy spacing	log=Log lin=Linear	log	text

Physics

Input	Description	Valid values	Default	Quantity
physics	Physics used	em=Electromagnetic leem=Low energy electromagnetic em_opt3=Electromagnetic opt 3 em_pen=Electromagnetic pen	em	text

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Input group: scenario / multiplicity: many

Input	Description	Valid values	Default	Quantity
material	Material	note: GEANT4 material		text
particle	Incident particle or ion	note: String particle name (proton, electron) or dictionary describing an ion, e.g. {"atomic_number": 26, "nucleon_number": 56, "charge": 0}		text