Design of epithermal neutron field generated by 150-MeV proton beam injections for boron neutron capture therapy

Physics & Astronomy

• beam injection 75%
• proton beams 62%
• therapy 59%
• boron 53%
• flux (rate) 41%
• neutrons 40%
• aluminum fluorides 33%
• moderators 25%
• spallation 22%
• neutron sources 21%
• monitors 19%
• heavy ions 18%
• assembly 17%
• tungsten 17%
• generators 17%
• accelerators 16%
• gamma rays 15%
• iron 14%
• dosage 13%
• gradients 13%
• water 11%
• energy 6%

Engineering & Materials Science

• Proton beams 100%
• Boron 69%
• Neutrons 67%
• Neutron flux 57%
• Phantoms 43%
• Neutron sources 29%
• Heavy ions 29%
• Moderators 27%
• Gamma rays 25%
• Tungsten 22%
• Particle accelerators 20%
• Lead 19%
• Iron 18%
• Aluminum 15%
• Water 11%