TABLE I.

Tests of G4-Med with their name in the geant-val interface and the subsections of this report with their description and results.

Test	Name in geant-val interface [12]	Source	Subsection
Photon attenuation	PhotonAttenuation	Amako et al 2005 [15]	III A
Electron electronic stopping power	ElectDEDX	*	III B
Electron backscattering	ElectBackScat	Dondero et al 2018 [17]	III C
Electron forward scatter from foils at 13 and 20 MeV	ElecForwScat	Faddegon et al 2009 [18]	III D
Bremsstrahlung from thick targets	Bremsstrahlung	Faddegon et al 2008 [19]	III E
Fano Cavity	FanoCavity	**	III F
Low energy electron Dose Point Kernels	LowEElectDPK	**	III G
Microdosimetry	microyz	** Kyriakou et al 2017 [20]	III H
Brachytherapy	Brachy-Ir	***	III I
Monoenergetic x-ray internal breast dosimetry	Mammo	Fedon et al 2018a[21] and 2018b[22]	III J
Nucleus-Nucleus hadronic inelastic scattering cross sections	NucNucInelXS	NA	IV A
62 MeV/u 12C fragmentation	LowEC12Frag	Mancini et al 2018 [23]	IV B
Charge-changing cross section for 300 MeV/u carbon ions	C12FragCC	Toshito et al 2007 [24]	IV C
67.5 MeV proton Bragg curves in water	LowEProtonBraggBeak	Faddegon et al 2015 [25]	V A
Light ion Bragg Peak curves	LightIonBraggPeak	NA	V B
Neutron yield of protons with energy 113 MeV and 256 MeV and 290 MeV/u carbon ions	ProtonC12NeutronYield	NA	V C
Fragmentation of a 400 MeV/u12 C ion beam in water	FragTest	Bolst et al 2017 [26]	V D
Test on cell survival modelling for proton therapy	Hadrontherapy	***, Petringa et al 2019 [27]	V E

^*:tests already executed by Geant4 developers for regression testing purposes;

^**:tests released as Geant4 extended examples;

^***:tests released as Geant4 advanced examples.