Dose-rate monitoring instruments measure the ambient dose equivalent and hence are
crucial for protecting workers from radiation exposure. Although plastic scintillation detectors …

Dose-rate monitoring in workspaces plays an important role in protecting workers from
radiation. Operational quantities are utilized to assess occupational exposures of workers …

The aim of this work is to develop a Geiger-Muller (GM) detector system for robot to look for a
radioactive source in case of a nuclear emergency or in a high radiation environment. In …

The increasing use of nuclear technology in various fields makes it necessary to provide the
required safety to work with this industry. Gamma source is one of the most widely used …

Estimating accurate radiation doses when a radioactive source's location is unknown can
protect workers from radiation exposure. Unfortunately, depending on a detector's shape …

Leakage radiation from X-ray security inspection machines is important, and measurement
based on ionization chamber or scintillator detector is widely used. The leakage radiation is …

Air pollution has a serious impact on human health. Deterioration of the air environment
causes 7 million premature deaths annually. Despite the active implementation of various …

Major standard organizations have addressed the issue of reporting uncertainties in dose
rate estimations. There are, however, challenges in estimating uncertainties when the …

High pressure ion chambers (HPIC) and NaI (Tl) scintillation detectors are widely used to
monitor the ambient dose equivalent rate H∗(10) within and around the Korean nuclear …

For electronic personal dosimeters (EPDs) based on a spectroscopy system, it is necessary
to accurately measure the dose in real-time from the gamma energy spectra. The method of …