Because space radiation and clinical beams are "mixed fields" (containing many particle types and energies), BIANCA uses weighted algorithms to calculate an average biological response for a given dose. Key Applications The model is primarily used in two high-stakes domains: 1. Space Exploration and "Mission to Mars"
is often more effective than thicker shielding, which can actually increase dose due to secondary particle "fragmentation".
The model assists space agencies like NASA and ESA in determining if a 650-day mission to Mars would exceed career radiation limits for specific crew members. 2. Cancer Hadrontherapy
Because space radiation and clinical beams are "mixed fields" (containing many particle types and energies), BIANCA uses weighted algorithms to calculate an average biological response for a given dose. Key Applications The model is primarily used in two high-stakes domains: 1. Space Exploration and "Mission to Mars"
is often more effective than thicker shielding, which can actually increase dose due to secondary particle "fragmentation".
The model assists space agencies like NASA and ESA in determining if a 650-day mission to Mars would exceed career radiation limits for specific crew members. 2. Cancer Hadrontherapy