Bicron NaI 4X4 detector with MHV connection

Category: Characterization > Monitors > Radiation Monitors
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The Bicron NaI 4X4 detector, featuring an MHV connection, is a highly sensitive sodium iodide (NaI:Tl) detector ideal for detecting gamma radiation with precision. Originally used in conveyor systems to identify low-level gamma radiation, these detectors significantly outperform standard 2X2 NaI detectors in sensitivity and are capable of detecting subtle variations in natural background radiation. The device pairs seamlessly with tools like Counts.Pro, enabling users to record detailed measurements, including count rates, GPS coordinates, and timestamps, all stored in an accessible .csv format. Its robust construction and excellent performance plateau make it an ideal choice for portal monitors, walkover surveys, or other radiological monitoring tasks.

Benefits

The Bicron NaI 4X4 detector excels in sensitivity, detecting even minute variations in background radiation, making it suitable for tasks like contamination surveys or agricultural assessments. When paired with Counts.Pro, it transforms into a modern, data-rich system that provides real-time count rates, GPS location tracking, and detailed measurement logs without the need for proprietary software. This integration allows for easy data analysis and sharing, ensuring future-proof usability. Additionally, the 4X4 size improves efficiency over standard detectors, allowing faster and more accurate readings across larger areas, making it invaluable for professional and hobbyist applications alike.

Limitations

While the Bicron NaI 4X4 detector offers exceptional sensitivity and versatility, its size and requirement for external meters or data-recording devices like Counts.Pro may pose challenges for users seeking a compact, all-in-one solution. The reliance on additional hardware for full functionality increases initial setup complexity and costs. Furthermore, the sensitivity of the detector might require careful calibration and operation to avoid overwhelming readings in environments with high radiation levels. Finally, its advanced capabilities may be excessive for users needing basic background radiation monitoring, potentially making it less cost-effective for simpler tasks.

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