BeOSL – dosimetry system
A BeOSL (Beryllium Oxide Optically Stimulated Luminescence) dosimetry system used for personal and environmental dosimetry. When beryllium oxide is irradiated, electrons are trapped in the defects of the crystal lattice and store energy proportional to the radiation dose. When reading, the detector is illuminated with light of a specific wavelength, which releases the trapped electrons so that they return to the ground state and emit light (luminescence). The amount of light emitted is measured and converted to an absorbed dose.
BeOSL has higher tissue equivalence, which provides more accurate doses in relation to biological tissue, and a broader energy response with good sensitivity even to low-energy radiation than traditional OSL. In addition BeO has a higher radiation hardness and can be reused many times without significant degradation.
BeOSL Reader
The BeOSL Reader measures radiation exposure using a state-of-the-art technology, called optically stimulated luminescence (OSL)
BeOSL two element whole body dosimeter
The BeOSL Dosimeter is available in both two element or four element versions. With its excellent ceramic tissue equivalency of the BeO material, the...
BeOSL eye lens dosimeter
The BeOSL Eye Lens Dosimeter is designed to measure dose to the lens of the eye Hp(3). It works with various adapters or radiation protection...
BeOSL finger ring
BeOSL finger dosimeter that can also be used on other parts of the body. It is small and lightweight for maximum comfort, and can be adjusted to fit...
BeOSL Eraser
The BeOSL Eraser is used in conjunction with the BeOSL Reader to completely erase all dose information from BeOSL dosimeters, enabling reuse and cost...
BeSOL Irradiator
The BeOSL Irradiator completes the BeOSL System. It is a device for manually or automatically exposing BeOSL Dosimeters to radioactive radiation....
BeOSL four element dosimeter
The BeOSL whole body dosimeter is available with two or four detectors. The 4-detector variant uses one detector for Hp(10) with a Teflon filter, one...
