The thermal cutting of contaminated or activated metals during decommissioning nuclear
power plants inevitably results in the release of radioactive aerosol. Since radioactive …

The use of images from the Sentinel-3B SYN satellite (surface reflectance and aerosol
parameters over land) is currently one of the most advanced technologies utilized to identify …

We analyzed secondary emissions and aerosol characteristics generated during the cutting
of 10–30 mm thick austenitic 304 L stainless-steel plates with a high-power fiber laser. This …

An air conditioning unit with the HEPA filter should be operated in the dismantling
workspace of nuclear power plants because of massive release of radioactive aerosols due …

Summary 3D printing is a revolutionary manufacturing technique with several advantages
over traditional manufacturing processes. This technology has vast applications from …

Exposure to indoor gas-and particle-phase emissions were demonstrated to have adverse
impact to both human health and indoor environment. Our recent study has revealed that …

During the decommissioning process of nuclear power plants, ensuring the safety of workers
and environmental protection against radioactive aerosols is a highly important issue. Laser …

The nuclear industry requires routine monitoring and the characterisation of environments
before they can be decommissioned. Part of the characterisation of potentially contaminated …

In decommissioning a nuclear power plant, radioactively contaminated metal structures must
be dismantled and cut to a disposable size. When cutting NPPs structures, functional …

In nuclear power plant decommissioning operations, the process of cutting radioactively
contaminated metal generates radioactive aerosols. Radioactive aerosols cause radiation …