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 …

The effective capture and storage of radioactive iodine is of great significance to the safe use
of nuclear energy. In this study, nitrogen-and oxygen-doped carbon nanotubes acted as …

Excessive tetracycline in the water environment may lead to the harming of human and
ecosystem health. Removing tetracycline antibiotics from aqueous solution is currently a …

The development of porous organic materials for removing radiotoxic iodine from nuclear
plant waste is significantly relevant to environmental remediation as well as the detection of …

The successful capture and storage of iodine is significant, serving the dual purpose of
nuclear waste management and safe medical use of radioactive isotopes. Hence, there is an …

Iodine fission products with high radioactivity generated in the nuclear fuel fission process
usually exist in the form of two isotopes, 131 I and 129 I. Since radioactive iodine is difficult …

Due to the low adsorption capacity, poor adsorption selectivity and poor biocompatibility of
bilirubin adsorption materials currently used, it is still a challenge to design an efficient …