Keyphrases
Proton Therapy
100%
Gadolinium Neutron Capture Therapy
100%
TOPAS-nBio
100%
Neutron Source
100%
Neutron Capture
71%
Dose Enhancement
42%
Double-strand Breaks
28%
Absolute Dose
28%
Deuterium
28%
Kinematics
28%
Single-strand Breaks
28%
Monte Carlo Code
28%
Particle Therapy
28%
Spherical Cell
28%
Secondary Neutrons
28%
252Cf Source
28%
Order of Magnitude
14%
Gastrointestinal Tolerance
14%
Biological Properties
14%
Cell Survival
14%
Neutron
14%
DNA Segment
14%
Gadolinium
14%
Time-to-treatment
14%
Absorbed Dose
14%
Monte Carlo Modeling
14%
Cellular Models
14%
Bragg Peak
14%
Energy Deposition
14%
Monte Carlo Method
14%
Radiobiology
14%
Radiobiological Effects
14%
Proton Dose
14%
Spread out
14%
Neutron Capture Therapy
14%
Weight Function
14%
Line Function
14%
Thermal Neutron
14%
TOPAS
14%
Particle Simulation
14%
Neutron Production
14%
Gd Dose Enhancement
14%
Deuterium-tritium
14%
Multi-scale Investigation
14%
Neutron Generator
14%
Extension Tools
14%
HSG Cells
14%
Earth and Planetary Sciences
Gadolinium
100%
Neutron Source
100%
Deuterium
37%
Relative Biological Effectiveness (RBE)
25%
Limiting Factor
12%
Radiobiology
12%
Tritium
12%
Literature Reviews
12%
Bragg Cell
12%
Thermal Neutron
12%
Physics
Gadolinium
100%
Neutron Source
100%
Deuterium
37%
Monte Carlo Method
37%
Tritium
12%
Thermal Neutron
12%
Weighting Functions
12%
Radiobiology
12%
Biochemistry, Genetics and Molecular Biology
Gadolinium
100%
Relative Biologic Effectiveness
25%
Solution and Solubility
12%
Cell Survival
12%
Radiation Biology
12%
Chemical Engineering
Gadolinium
100%
Deuterium
37%
Tritium
12%
Material Science
Gadolinium
100%
Deuterium
37%
Tritium
12%