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Applications
APPSeveral sessions will be devoted to application since it covers the wide range from astronomy, nuclear to medical applications.
• Material Analysis
• X-ray diffraction and fluorescence
• Protein crystallography
• Tomography, high resolution and fast imaging
• Biological and medical imaging
• Electron microscopy
• Security systems and other industrial applications
• Applications at X-ray free electron lasers
• Neutron imaging
• Astronomical and space applications
• High energy physics
• Nuclear physics
• Fusion research -
Front-end Electronics and Readout
ASICA complete session is devoted to ASICS since they are the key developments for a successful radiation detector. MAPS, CMOS and SiOI will be included here.
• Monolithic and hybrid systems
• Single photon counting and charge integrating front ends
• 3D asics
• Monolithic active pixel sensors
• CCDs
• Data readout architectures
• Hardware and software
• Data compression, transfer and storage -
Detector Systems
DETThis session covers the wide variety of detector systems from extensive LHC detectors to small single diode systems, from visible light to heavy charged particles.
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Sensor Materials, Device Processing & Technologies
SENSensor material, and sensor technologies are covered by this session.
• Silicon (single crystal and amorphous)
• Gallium Arsenide, Cadmium Telluride and
other semiconductors
• 3D and edgeless sensors
• Processing
• Characterization
• Reliability
• Radiation damage
• Scintillators -
Imaging theory
IMG• Integrating vs counting mode
• Energy weighting
• Correction algorithms -
High Energy Physics & Astronomy
HEPDetectors and applications probing the standard model.
• Tracking detectors
• Vertex detectors
• Particle detectors
• Low and high energetic Photon detection -
Free Electron Lasers
FELDetector development dealing with high photon fluxes and its applications.
• Charge integrating
• DEPFET
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