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A thin target approach for portal imaging in medical accelerators
A. Tsechanski
, A. F. Bielajew
, S. Faermann
, Y. Krutman
Faculty of Health Sciences
Research output
:
Contribution to journal
›
Article
›
peer-review
31
Scopus citations
Overview
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Keyphrases
Low Energy
100%
Target-based Approach
100%
Portal Imaging
100%
Thin Target
100%
Medical Accelerator
100%
Low-energy Photons
100%
Cu Target
100%
Atomic number
66%
Energy Response
66%
Photon Fluence
66%
High Sensitivity
33%
Monte Carlo Calculation
33%
Cassette
33%
Radiotherapeutics
33%
Mammogram Images
33%
Linear Accelerator (LINAC)
33%
MeV Electrons
33%
Kodak
33%
Accelerator Target
33%
Medical Linear Accelerator
33%
Flattening Filter
33%
Anthropomorphic Phantom
33%
Portal Image
33%
Minimum Thickness
33%
Imaging Target
33%
High-Z Materials
33%
Bremsstrahlung Production
33%
Alloy Target
33%
EGS4
33%
Thick Target
33%
Self-absorption
33%
Anatomical Details
33%
Special Modes
33%
Targeted Method
33%
Photoelectric Absorption
33%
Physics
Fluence
100%
Linear Accelerator
100%
Photoelectricity
100%
Flattening
50%
Bremsstrahlung
50%
Electron Beam
50%
Monte Carlo Calculation
50%