Radiochromic film spectroscopy of laser-accelerated proton beams using the FLUKA code and dosimetry traceable to primary standards

Keyphrases

• Proton 100%
• Dosimetry 100%
• Laser-accelerated Proton Beams 100%
• FLUKA Code 100%
• Primary Standard 100%
• Radiochromic Film 100%
• Relative Effectiveness 60%
• Energy Loss 60%
• Proton Energy 40%
• Depth Dose Curve 40%
• Proton Beam 40%
• Bragg Peak 40%
• FLUKA 40%
• Effectiveness Function 40%
• Birmingham 20%
• High Energy 20%
• Monte Carlo 20%
• Fortran 20%
• Radiotherapy 20%
• Film Stacking 20%
• Gafchromic 20%
• Laser Shot 20%
• Laser Ablation 20%
• Laser-induced 20%
• Absorbed Dose 20%
• Depth Dose 20%
• Collimated Beam 20%
• Low-energy Protons 20%
• Depth Response 20%
• Cyclotron 20%
• MeV Protons 20%
• Response Curve 20%
• Gafchromic Film 20%
• Queen's University Belfast 20%
• Stack Configuration 20%
• Energy Bin 20%
• Direct Search Algorithm 20%
• Pseudo-inverse 20%
• TARANIS 20%
• Nd Glass 20%
• Relative Response 20%
• Terawatt Laser 20%
• Stack Filters 20%
• Thin Target 20%

Engineering

• Energy Dissipation 100%
• Primary Standard 100%
• Proton Energy 66%
• Bragg Cell 66%
• Radiotherapy 33%
• Search Algorithm 33%
• Response Curve 33%
• Stack Filter 33%