Single-energy material decomposition with grating-based x-ray phase-contrast CT

Keyphrases

• Material Decomposition 100%
• Energy Materials 100%
• Grating-based 100%
• Single-particle Energy 100%
• X-ray Phase Contrast 100%
• Dual Energy 100%
• Material Discrimination 100%
• Multiphase CT 100%
• Image Acquisition 50%
• Parametrization 50%
• Specific Material 50%
• Single Measurement 50%
• Electron Density 50%
• Improved Material 50%
• Computed Tomography 50%
• Image Representation 50%
• Diagnostic Information 50%
• Medical Imaging 50%
• X-ray Imaging 50%
• Dual-energy CT 50%
• Preclinical Imaging 50%
• Synchrotron X-ray 50%
• Attenuation Coefficient 50%
• Virtual Monochromatic Images 50%
• X-ray Energy 50%
• Basis Transformation 50%
• Contrast Enhancement 50%
• Photon Energy 50%
• Energy Data 50%
• Energy Dependence 50%
• Quantitative Image 50%
• Contrast Measurement 50%
• Phase Contrast 50%
• Quasi-monochromatic 50%
• Soft-tissue Contrast 50%
• Compact Laser 50%
• Laser Undulator 50%
• Material Map 50%
• Linear Attenuation Coefficient 50%
• Effective Atomic number 50%
• Iodine Staining 50%
• Discrimination Task 50%
• Algebraic Basis 50%
• Angiography Simulation 50%
• Chicken Heart 50%
• Total Attenuation 50%
• Dual Information 50%
• Monochromatic X-ray 50%
• Simultaneous Image 50%
• Dual Measurement 50%

Physics

• Phase Contrast 100%
• X Ray 66%
• Attenuation Coefficient 66%
• Synchrotron 33%
• Undulator 33%
• Dual Measurement 33%
• Image Representation 33%
• Electron Density 33%
• X Ray Source 33%
• Angiography 33%

Material Science

• Carrier Concentration 100%
• Energy Materials 100%
• Dual Measurement 100%