Radiation detection

Radiation detection and monitoring systems are essential for the detection and monitoring of ionizing radiation (alpha particles, beta particles, gamma rays, and X-rays) and neutrons. These systems are typically based on either direct or indirect (scintillation-based) methods of detecting radiation.

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Direct detection relies on the detector absorbing radiation by itself. The direct method gives better energy resolution than indirect, but the available detectors are limited in size and can&#;t be used for large portal systems installed at border patrol locations, for example.

Indirect detection relies on a scintillator converting the radiation to visible light for the detector to detect. Detectors used in the indirect method vary in size from small to large, so they can be integrated into systems ranging from pocket-sized personal monitors to much larger portal monitors. They also offer high sensitivity and are typically lower in cost.

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We provide various detectors for indirect detection including MPPC (or SiPM), silicon photodiodes, and photomultiplier tubes (PMT). We can guide you to select the best technology for your application. In addition, we offer complete modules comprised of detectors, scintillators, ASIC (application-specific integrated circuit), and other components. We can also customize products to your specific requirements.

Our detectors and components are used to manufacture radiation monitors, including pocket, handheld and portal.

This document provides an overview of radiation detectors. It discusses why radiation detection is important, how radiation interacts with matter, common types of detectors like ionization chambers, proportional counters, and GM counters, and how detectors work to detect different types of radiation. Specific examples are given around using an ion chamber survey meter to detect x-rays. Key factors around detector selection, specifications, and operating principles are summarized.

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