Despite its importance in the nuclear industry, the uncontrollable use and/or accidental
release of iodine in the environment pose serious threats to human health and endanger …

Iodine plays a significant role in industry and in chemical processes within living organisms.
However, radioiodine exposure possess threats such as thyroid cancer to humans, when …

The importance of iodine to industry and humans cannot be overemphasized. It plays a
crucial role in human metabolic processes. It is widely used for various applications in …

In this work, three nanoporous carbon materials Z11-700, Z11-800 and Z11-900 were
synthesized by a one-step calcination of zeolitic imidazolate framework-11 (ZIF-11) at 700 …

Due to the rapid diffusion of radioactive iodine, the demand for safe and efficient capture and
storage of radioactive iodine is increasing worldwide. The use of porous carbon materials to …

The removal of radioactive iodine species during nuclear accidents and nuclear fuel
reprocessing is crucial to nuclear safety, public health and environmental protection. Here, a …

Generated volatile radionuclides within the nuclear fission process, namely, iodine
considered a threat to human safety and cause environmental pollution. Herein, we studied …

The capture of radioiodine species during nuclear fuel reprocessing and nuclear accidents
is crucial for nuclear safety, environmental protection, and public health. Previously reported …

Proliferation of nuclear technology has also resulted in radionuclide release into the
environment. Key among them is radioiodine which threatens human health through thyroid …

The effective adsorption of radioactive iodine from nuclear waste using porous carbons
remains significantly challenging, which currently appears to have an upper limit for their …