Geant4 Low Energy Electromagnetic package Provides a precise treatment of electromagnetic interations of particles with matter down to very low energies (250 oV for electrons and photons,<1 keV for hadrons and ions...Geant4 Low Energy Electromagnetic package Provides a precise treatment of electromagnetic interations of particles with matter down to very low energies (250 oV for electrons and photons,<1 keV for hadrons and ions),It includes a veriety of models for the electromagnetic processes of electrons,photons,hadrons and ions,taking into account advance features,such as shell effects and effects due to charge dependence.The comprehensive set of particle types it can handle,the variety of modeling approaches and the extended coverage of energy range make this package a unique tool among Monte Carlo codes on the market,and of relevance to serveral experimental domains in HIEP,astroparticle physics,space science and biomedical studies.展开更多
We present a series of achievements associated to the transfer of simulation technologies to the bio-medical environment.We show also how the novel collaborative organization built around Geant4 has changed the tradit...We present a series of achievements associated to the transfer of simulation technologies to the bio-medical environment.We show also how the novel collaborative organization built around Geant4 has changed the traditional concept of technology transfer between the HEP domain and the bio-medical environment,configuring a two-way interaction.展开更多
文摘Geant4 Low Energy Electromagnetic package Provides a precise treatment of electromagnetic interations of particles with matter down to very low energies (250 oV for electrons and photons,<1 keV for hadrons and ions),It includes a veriety of models for the electromagnetic processes of electrons,photons,hadrons and ions,taking into account advance features,such as shell effects and effects due to charge dependence.The comprehensive set of particle types it can handle,the variety of modeling approaches and the extended coverage of energy range make this package a unique tool among Monte Carlo codes on the market,and of relevance to serveral experimental domains in HIEP,astroparticle physics,space science and biomedical studies.
文摘We present a series of achievements associated to the transfer of simulation technologies to the bio-medical environment.We show also how the novel collaborative organization built around Geant4 has changed the traditional concept of technology transfer between the HEP domain and the bio-medical environment,configuring a two-way interaction.
