In order to detect special nuclear materials and other radioactive materials in Security and
Defense scenarios, normally, a combination of neutron and gamma-ray detection systems is …

The legacy of the early days of the Atomic Age consists of many problematic sites worldwide,
including radioactive waste dumps, uranium mines, spent fuel reprocessing plants, and …

The invention of 14 C-based solid state diamond power-cells offers unique opportunities for
demonstrating a circular economy in relation to fissile energy production; and closed-loop …

The current scenario of radioactive waste management requires innovative and automated
solutions to ensure its effectiveness and safety. In response to this need, the Proximity …

核科学技术的发展及原子能的和平利用是人类历史的重要一环. 随着现代社会对核能用途的日益
开发, 加强核安全监管, 提升核安全水平, 推进全球核安全治理是保障核能长远发展和应用的基石 …

Remote inspection instruments for applications in nuclear environments, such as uranium
processing facilities, reprocessing plants or nuclear power stations, have high reliability …

This study determines the minimal detection time (MDT) needed for successful localization
of radioactive hot spots during nuclear decommissioning work. An automated XY stage …

The harsh environmental conditions in the marine environment pose various constraints on
developing efficient instruments to carry out long-term, in situ radioactivity measurements. In …

The physics of gamma rays, which occupy the highest energy end of the electromagnetic
spectrum, is intriguing and complex. Although gamma rays are most often linked with the …

The legacy of the early days of the Atomic Age consists of many problematic sites worldwide,
including radioactive waste dumps, uranium mines, spent fuel reprocessing plants, and …