new material
Cadmium tungstate (CdWO₄) crystal is a high-performance scintillator material recognized for its excellent light yield, high-density structure, and strong radiation resistance. Engineered through advanced crystallization techniques, it offers efficient X-ray and gamma-ray detection, minimal afterglow effects, and superior optical transparency. This material is widely used in medical imaging, radiation detection, industrial non-destructive testing, and scientific research, ensuring reliable performance in high-energy photon detection systems.
Product Overview:
Cadmium Tungstate (CdO₄W) crystal is an inorganic material with excellent scintillation properties, widely used in radiation detection, imaging technologies, and high-energy physics experiments. CdO₄W has high density and good optical characteristics, allowing it to produce intense scintillation light when excited by X-rays, gamma rays, and other radiation sources. With good light yield and fast scintillation response, it is commonly used in fields such as high-energy physics, nuclear medicine, and radiation detection.
Key Features:
- High Light Yield:CdO₄W crystals have high photoluminescent efficiency, making them ideal for high-brightness radiation detection.
- Fast Response:The crystal has short scintillation decay times, making it suitable for high-frequency radiation detection and imaging.
- High Density:With high density, CdO₄W efficiently captures and detects high-energy radiation.
- Excellent Scintillation Performance:It generates intense scintillation light when exposed to X-rays and gamma rays, providing precise radiation signals.
Applications:
- Radiation Detection:Used for efficient detection of X-rays and gamma rays, widely applied in nuclear medicine, radiation safety, and scientific research.
- High-Energy Physics Experiments:As a high-energy particle detector, CdO₄W crystal is commonly used in particle physics and nuclear reaction monitoring.
- Medical Imaging:Applied in medical imaging devices such as PET scanners and CT scanners, offering precise imaging and detection capabilities.
- Scientific Research:Extensively used in various research applications for radiation detection, imaging analysis, and experimental studies.
