In the application of nuclear technology, radioiodine, a key radionuclide is released into the
environment. Its danger to environmental and human health, such as hyperthyroidism, high …

The harmful effects of iodine in nuclear waste gas on humans and the environment, as well
as the high kinetic energy of iodine molecules caused by the high-temperature environment …

Exploring efficient iodine gas adsorbent is a meaningful and challenging topic in the field of
radioactive waste treatment. Herein, Bi 0 modified SiO 2 with different morphologies (platelet …

Efficient management of radionuclides that are released from various processes in the
nuclear fuel cycle is of significant importance. Among these nuclides, radioactive iodine …

Efficient capture of radioiodine is critical during nuclear fuel reprocessing and nuclear
accidents. The development of material with excellent adsorption properties of radioiodine …

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 …

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

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 …

A series of Ag0@ C/SiO2 adsorbents were prepared using rice husk-based C/SiO2 as
supports and applied to capture iodine gas. The results demonstrated that 50% Ag0 …