Hybrid pixel detectors find applications in the aviation industry for various imaging, inspection, and safety purposes. Their unique characteristics make them suitable for use in aviation imaging systems and non-destructive testing (NDT) applications.
Hybrid pixel detectors are used in X-ray imaging systems for the inspection of critical aviation components. These detectors can capture high-resolution X-ray images of aircraft structures, engine parts, or components such as wings, fuselage, and landing gear. They enable the detection of internal defects, cracks, or structural abnormalities, aiding in the maintenance, repair, and quality control processes of aircraft.
Hybrid pixel detectors are integrated into security screening systems at airports. By using X-ray imaging techniques, these detectors can scan baggage, cargo, and parcels for the detection of prohibited items, weapons, or explosives. They provide detailed images, allowing security personnel to identify potential threats and ensure the safety of passengers and aircraft.
Hybrid pixel detectors are suitable for NDT applications in the aviation industry. These detectors are used to inspect aircraft components, such as turbine blades, engine parts, or composite materials, without causing damage. They enable the detection of internal defects, cracks, or material irregularities, ensuring the structural integrity and safety of aircraft.
Diodes and hybrid pixel detectors are employed for radiation monitoring and safety in aviation environments. They can measure and monitor ambient radiation levels in areas where radioactive materials may be present, such as cargo or medical shipments. These detectors help ensure the safety of aviation personnel and passengers by detecting and preventing potential radiation hazards.
Cargo and Baggage Inspection
Hybrid pixel detectors are used for the inspection of cargo and baggage in aviation settings. By utilizing X-ray imaging techniques, these detectors can scan and analyze the contents of cargo shipments or passenger baggage. They enable the identification of suspicious or hazardous items, ensuring compliance with aviation security regulations and enhancing overall safety.