Keyphrases
Active Detector
9%
Band Intensity
9%
Bragg Peak
18%
Charge Storage
9%
Detection Model
9%
Detection Wavelength
9%
Dose History
9%
Dose Linearity
9%
Dose Rate
9%
Dose Rate Dependence
9%
Dosimeter Response
9%
Dosimetric Properties
18%
Dosimetry
9%
Elemental Composition
9%
Emission Band
9%
Emission Spectrum
18%
Energy Dependence
9%
Energy Dispersive X-ray Spectroscopy
9%
Energy Transfer Effect
9%
Energy-dependent
9%
Eu2+
100%
Excitation Spectrum
18%
Fujifilm
9%
Full Width at Half Maximum
9%
High Linear Energy Transfer
18%
High Radiation
9%
Ionizing Radiation
9%
Irradiation
18%
Linear Accelerator (LINAC)
9%
Linear Energy Transfer
100%
Luminescence Characteristics
9%
Luminescence Emission
9%
Luminescence Lifetime
9%
MeV Ions
9%
Multiplexed Readout
9%
Optical Properties
9%
Optical Reader
9%
Phosphor Materials
18%
Photoluminescence
18%
Photon Irradiation
27%
Post-irradiation
9%
Proton
9%
Proton Dose
45%
Proton Dosimetry
9%
Proton Energy
18%
Proton Irradiation
27%
Proton Therapy
9%
Proton Therapy Dosimetry
100%
Radiation Condition
9%
Radiation Hardness
18%
Rate-independent
9%
Ratio Calculation
9%
SEM Analysis
9%
Simultaneous Quantification
100%
Spectral Overlap
9%
Spread out
18%
Stopping Power
9%
Storage Centres
9%
Storage Phosphor
100%
Varian
9%
Zeff
45%
Medicine and Dentistry
Bragg Peak
15%
Dosimetry
100%
Energy Dispersive X-Ray Spectroscopy
7%
Energy-Dispersive Spectroscopy
15%
Ionizing Radiation
7%
Lifespan
15%
Linear Energy Transfer
100%
Phosphorus
100%
Photostimulated Luminescence
15%
Proton Dosimetry
7%
Proton Irradiation
7%
Proton Therapy
100%
Physics
Chemical Element
7%
Dosimeter
100%
Emission Spectra
15%
Energy Transfer
100%
Ionizing Radiation
7%
Linear Accelerator
7%
Proton Energy
15%
Proton Irradiation
7%
Stopping Power
7%
Earth and Planetary Sciences
Bragg Cell
15%
Chemical Element
7%
Emission Spectra
15%
Emissions
7%
Energy Transfer
100%
Proton Energy
15%
Proton Irradiation
7%
Readout
46%
Stopping Power
7%