INIS
nanoparticles
100%
protons
95%
gold
79%
radiations
75%
irradiation
62%
doses
60%
linear energy transfer
33%
x radiation
33%
radiosensitizers
27%
radiotherapy
26%
electron emission
26%
strand breaks
25%
tumors
24%
simulation
21%
LET
21%
dna repair
20%
patients
20%
repair
19%
particles
19%
dna damages
19%
proton beams
18%
radioresistance
17%
electrons
16%
range
16%
films
16%
environment
15%
ionizing radiations
15%
genetics
15%
therapy
15%
MeV range
15%
increasing
15%
safety margins
14%
metals
14%
oxygen
14%
levels
14%
radiobiology
13%
physics
13%
reductases
13%
bystander effects
13%
beams
13%
carbon
13%
reviews
13%
hypothesis
13%
habitat
12%
meiosis
12%
energy
12%
carcinomas
12%
energy spectra
12%
lungs
12%
comparative evaluations
12%
Keyphrases
Beam Quality
11%
Human Breast Cells
11%
Pairing Model
11%
Radiobiological Experiments
11%
In Vitro Irradiation
11%
Genetic Exchange
11%
Radiosensitizing Effect
11%
Binary Collision Approximation
11%
Radiolysis
11%
Mapping the Future
11%
Radiobiology
11%
Shell Coating
11%
High Linear Energy Transfer Radiation
11%
Survival Genes
11%
Particle Effect
11%
Thioredoxin Reductase Activity
11%
Ultra-high Dose Rate Radiation
11%
Proton Dosimetry
11%
Breaking Bad
11%
Severe Stress
11%
Proton Beam Range
11%
High LET
11%
In Vivo Survival
11%
FLASH Effect
11%
Co-culture System
11%
Alpha Beam
11%
Cell Dose
11%
Low-LET
11%
Gamma Emitters
11%
Radiation Resistance
11%
Dose Delivery
11%
Range Monitoring
11%
Prompt gamma Ray
11%
Backscattered Electrons
11%
Root Resistance
11%
Targeting Effect
11%
Translational Challenges
11%
FLASH Radiotherapy
11%
Black Garden Ant
11%
Lasius Niger
11%
Organic Capping
8%
Non-target Effects
8%
Radiation Focusing
7%
CR-39
7%
Germline DNA
7%
Complete System
7%
Ultra-high Dose Rate
7%
Electron Energy Spectrum
7%
Safety Margin
7%
Geant4
7%
