This paper presents the influence of electron elastic scattering models, electron thermalization models, and chemical parameters on Geant4-DNA simulations of liquid water radiolysis under mega-electron-volt electron irradiation. The radiochemical yields are simulated using a new Geant4-DNA example. In particular, the influence of the new elastic scattering model recently developed is presented as well as the influence of improved electron thermalization models. The influence of a new chemistry constructor using parameters of another Monte Carlo track structure code is also described. The results calculated using these different models are compared with each other and with experimental data. For sub-mega-electron-volt electron simulations, t...
International audienceUnderstanding the fundamental mechanisms involved in the induction of biologic...
Understanding the fundamental mechanisms involved in the induction of biological damage by ionizing ...
International audienceUnderstanding the fundamental mechanisms involved in the induction of biologic...
This paper presents the influence of electron elastic scattering models, electron thermalization mod...
This paper presents the influence of electron elastic scattering models, electron thermalization mod...
International audienceThis paper presents the influence of electron elastic scattering models, elect...
International audienceThis paper presents the influence of electron elastic scattering models, elect...
International audienceThis paper presents the influence of electron elastic scattering models, elect...
International audienceThis paper presents the influence of electron elastic scattering models, elect...
International audienceThis paper presents the influence of electron elastic scattering models, elect...
International audienceUnderstanding the fundamental mechanisms involved in the induction of biologic...
Understanding the fundamental mechanisms involved in the induction of biological damage by ionizing ...
Understanding the fundamental mechanisms involved in the induction of biological damage by ionizing ...
International audienceUnderstanding the fundamental mechanisms involved in the induction of biologic...
International audienceUnderstanding the fundamental mechanisms involved in the induction of biologic...
International audienceUnderstanding the fundamental mechanisms involved in the induction of biologic...
Understanding the fundamental mechanisms involved in the induction of biological damage by ionizing ...
International audienceUnderstanding the fundamental mechanisms involved in the induction of biologic...
This paper presents the influence of electron elastic scattering models, electron thermalization mod...
This paper presents the influence of electron elastic scattering models, electron thermalization mod...
International audienceThis paper presents the influence of electron elastic scattering models, elect...
International audienceThis paper presents the influence of electron elastic scattering models, elect...
International audienceThis paper presents the influence of electron elastic scattering models, elect...
International audienceThis paper presents the influence of electron elastic scattering models, elect...
International audienceThis paper presents the influence of electron elastic scattering models, elect...
International audienceUnderstanding the fundamental mechanisms involved in the induction of biologic...
Understanding the fundamental mechanisms involved in the induction of biological damage by ionizing ...
Understanding the fundamental mechanisms involved in the induction of biological damage by ionizing ...
International audienceUnderstanding the fundamental mechanisms involved in the induction of biologic...
International audienceUnderstanding the fundamental mechanisms involved in the induction of biologic...
International audienceUnderstanding the fundamental mechanisms involved in the induction of biologic...
Understanding the fundamental mechanisms involved in the induction of biological damage by ionizing ...
International audienceUnderstanding the fundamental mechanisms involved in the induction of biologic...